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Libraries of geodesy functions implemented in JavaScript
Geometries for 3D rendering, including normals, UVs and cell indices (faces). Perfect if you want to supercharge your dependency folder... with 30KB of geometries.
A .NET library that provides strongly-typed implementations of multiple coordinate systems, including rectangular, polar, spherical, and geodetic.
Ellipsoidal Toolbox for MATLAB is a standalone set of easy-to-use configurable MATLAB routines and classes to perform operations with ellipsoids and hyperplanes of arbitrary dimensions
Ray trace ellipsoid-shaped domes. Find intersection points and refract/reflect according to the refractive indices.
This is a C++ library meant to provide implementation of the most commonly used geodetic algorithms.
Magnetic sensor calibration in c# using Q. Li ellipsoid fitting
Web Application for calculating transition parameters from local coordinate systems to WGS84 with geodetic accuracy for geodesy and GIS
Explore 2D and 3D Shapes! This interactive application allows you to visualize and learn about various 📏 geometric 📐 shapes. Still in progress...
Bounded ellipsoid around 3D point cloud with random search
This program makes it possible to detect the contours of an ellipsoid object in space then to determine the main characteristics of this ellipsoid.
geodesics utils, including ellipsoid data and ellipsoidal distance
An ellipsoid geometry for 3D rendering, including normals, UVs and cell indices (faces).
Python repo for misc geodetic operation
EGM96 geoid computation in C++, easy to embed
Simple Gauss-Krüger transformation for C
Python magnetometer calibration tool using ellipsoid fit for robotics, drones, satellites, etc.
Calculating the maximum semi-ellipsoid volume using Reduced Gradient Descent method with total surface area given as a constraint.
Fortran codes for calculation of the geometric and physical constants of Earth ellipsoid
ElliPy package for Python is a standalone set of easy-to-use configurable Python routines and classes to perform operations with ellipsoids and hyperplanes of arbitrary dimensions
3D unit ball transformed by random matrix and rendered using VTK.
simple geodesy library
The geodetic inverse, program INVERSE, is the tool for computing the geodetic azimuth and distance between two points, given their latitudes and longitudes.
An approach of solving the most fundamental and important geodetic tasks with usage of ellipsoidal chords (slant distances) proposed by Molodensky.
Making use of QGIS, BLAST and POSTGRESQL to assess MSS and LAT
Pymol plugin allowing to draw inertia ellipsoid for a selection.