Java·Applied·Geodesy·3D - Least-Squares Adjustment Software for Geodetic Sciences
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Updated
Sep 6, 2026 - Java
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.
LGC : High-precision 3D least-squares adjustment for large-scale geodetic and metrology networks.
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
A C++ library for geodetic engineering. Provides core algorithms for least-squares adjustment, coordinate transformations and geometric object modelling
Geodesy Foundation Classes - Simple C++ library for doing basic navigation calculations
Geodesic Toolbox: Riemannian metric and Finsler metric learning in PyTorch
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
Wolfram Mathematica Implementation On Geodesic Plotting-Optimization Project
Implementation of geodesic optimization methods in Julia.
Mercator Transformation for GPS-Coordinates to MercatorXY and back
Based on arXiv:1502.03808 (Kip Thorne et al., Interstellar). A visually stunning showcase webpage for the kerr-blackhole-webgpu project, featuring the Cosmic Visualization Lab aesthetic with deep space color palette, physics explanations, and feature highlights. · Built with Manus
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