This code is designed to draw the georeference grid with the coordinates in the layout space of BricsCAD or autocad.
This is the code for a simple demo of the CoordConversion library.
A library for working with hierarchical coordinate systems and transformations
GUI application for conversion between coordinates
Hexagonal geocoding system
Matching score calculating from CSV dataset and comparing to .json format on matching criteria. Testing using JavaScript libraries Mocha and Chai.
Utility library for working with georeferenced coordinates
Common Lisp bindings for the Proj.4 cartographic projections library
A project to provide tools for conversions between Coordinate Systems.
A graphing tool to visualize different shapes in a parallel perspective coordinate system
Celestial reference frames and orbital mechanics for the sguaba coordinate system library
Sistemas de Navegação
🔭 Ephemeris is a .NET library for astronomical calculations — from Julian dates to sunsets, planetary positions to eclipses.
Geometrify is a Python package for easy creation, manipulation, and analysis of 2D geometries, providing comprehensive tools for various operations.
Astronomical image loading, processing and visualization tools with coordinate system support and plotting integration.
Python script that converts SWEREF99 coordinates to WSG84 (what you probably know as normal coordinates)
This project demonstrates how to extract geospatial features (e.g., fire hydrants) from OpenStreetMap (OSM) and convert them to ArcGIS-compatible formats (ESRI Shapefiles). It includes an automated Jupyter Notebook workflow for reading OSM data, filtering objects, and exporting to .shp.
My personal library for solving different linear algebra's problems base on Python.
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