Java·Applied·Geodesy·3D - Least-Squares Adjustment Software for Geodetic Sciences

A Python library for end-to-end learning on surfaces. It implements pre-processing functions that include geodesic algorithms, neural network layers that operate on surfaces, visualization tools and benchmarking functionalities.

This is a C++ library meant to provide implementation of the most commonly used geodetic algorithms.

Bundle Adjustment for Close-Range Photogrammetry

Using cython instead of PyBind11 generated by Binder. Rather straightforward. I am giving up on Binder to generate the library for Windows. This attempt is to create PXD files and use autowrap to generate the PYX files. Looks promising so far.

Geodesics algorithm for Blender using ChenHan algorithm

python wrapper for calculating geodesics on meshes with the fast marching algorithm

Geodesic Distance Calculator with Dijkstra Algorithm

Geodesy Foundation Classes - Simple C++ library for doing basic navigation calculations

Geodesic Toolbox: Riemannian metric and Finsler metric learning in PyTorch

Implementation of geodesic optimization methods in Julia.

Geo is a small, dependency-free Go toolkit for geographic routing, navigation, and spatial optimization. It is designed for logistics, mapping, maritime, and aviation workflows where you need fast, predictable calculations without a heavyweight GIS stack. The distance package includes great-circle (Haversine) and rhumb-line formulas, plus helpers t

Mercator Transformation for GPS-Coordinates to MercatorXY and back