The vector data model represents geographic features as points, lines, and polygons, making it highly suitable for projects that require precise spatial analysis and representation.

Vector data can also contain errors and inconsistencies that can affect the accuracy and reliability of your analysis and modeling. For example, polygons can have self-intersections, overlaps, or ...

The purpose of this repository is to document the processes of converting raster data to vector polygons to be used within maps for evaluation purposes. This repository contains a Python Jupyter ...

Around the time Pokemon Go came out, my company worked on a similar semi-augmented reality GPS game played on top of a map. I ended up building a vector tile server for slicing OSM data, and the ...

Blue Kenue™ is an advanced data preparation, analysis, and visualization tool for hydraulic modellers. It provides a state-of-the-art interface, integrating geospatial data with model input and ...

Geospatial Information Systems (GIS) have transformed the way we capture, store, and analyse spatial data by integrating methods from computer science, statistics and geography.

Tremendous historical and recent building vector maps are available from private surveying and mapping departments or open-source platforms such as Open Street Map (OSM). However, there invariably ...

We as Geologists mainly work with point data (e.g. orientation measurements of layers), line data (e.g. fault traces where indices have to be extracted) or polygons (e.g. geological maps where ...

Highly accurate self-localization is necessary to achieve safe autonomous driving. Recently, map-based self-localization has been attracting attention. Maps generally consist of point cloud ...

Blue Kenue™ is an advanced data preparation, analysis, and visualization tool for hydraulic modellers. It provides a state-of-the-art interface, integrating geospatial data with model input and ...