RadarVoxelGeoLocation

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1. Verfasser: Addison, Freya
Format: Recurso digital
Veröffentlicht: Zenodo 2025
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author Addison, Freya
author_facet Addison, Freya
contents <p>Freya Addison's PhD Code geodesic collocation between radar and a secondary observation</p> <p>wxyz_radarcoords_refrac7.py produces radar voxel geodesic position (latitude, longitude and altitude) for every "corner" of a radar voxel in the beam volume and the mid point. It uses an automatic Surface refractivity of Ns=313 but this can be adjusted with a modelled variation or observations. </p> <p>wxyz_colloc_closestNoAltog.py calculates the nearest collocated position between the radar voxel and the other point, listed here as a citizen science point, using direct distance, or altitude or shortest distance across the surface of the earth"</p> <p>wxyz_colloc_column2og.py produces a radar column with a set radius</p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_15747473
institution Zenodo
language
publishDate 2025
publisher Zenodo
record_format zenodo
spellingShingle RadarVoxelGeoLocation
Addison, Freya
Radar
Python
Geodesy
<p>Freya Addison's PhD Code geodesic collocation between radar and a secondary observation</p> <p>wxyz_radarcoords_refrac7.py produces radar voxel geodesic position (latitude, longitude and altitude) for every "corner" of a radar voxel in the beam volume and the mid point. It uses an automatic Surface refractivity of Ns=313 but this can be adjusted with a modelled variation or observations. </p> <p>wxyz_colloc_closestNoAltog.py calculates the nearest collocated position between the radar voxel and the other point, listed here as a citizen science point, using direct distance, or altitude or shortest distance across the surface of the earth"</p> <p>wxyz_colloc_column2og.py produces a radar column with a set radius</p>
title RadarVoxelGeoLocation
topic Radar
Python
Geodesy
url https://doi.org/10.5281/zenodo.15747473