Concise Description

Python RINEX 2/3 and SP3 reader with batch conversion to NetCDF4/HDF5 for GNSS processing, plotting, and scalable offline analysis of large local datasets.

Description

RINEX 2, RINEX 3, and SP3 reader with batch conversion to NetCDF4 / HDF5 in Python or Matlab. GEOrinex reads plain, compressed, and Hatanaka-compressed GNSS navigation and observation files into xarray datasets for filtering, plotting, and offline analysis, and can write converted NetCDF4 outputs for faster reuse on large datasets.

Authors

Michael Hirsch ( Boston University , Scivision, Inc. )

Nikolay Mayorov

Joakim Strandberg ( Chalmers University of Technology )

Martin Valgur ( Milrem Robotics )

Snehil Saluja ( Indian Institute of Technology Kanpur )

Daniel Estévez

Elias Kunnas

Frédéric Meynadier ( Bureau international des poids et mesures )

Volker Mayer ( European Space Agency )

Derek Knowles ( Stanford University )

Functionality

Coordinate Transforms Data Processing and Analysis File Format Conversion Data Reduction Processing Data Visualization 2D Graphics Line Plots Orbit Plots

Technical Details

Programming Languages MATLAB Python 3.x

Operating Systems Linux Mac Operating System Independent Windows

CPU Architecture CPU Independent

Development Status Active

Publication Date Apr 21, 2015

Publisher Zenodo

Data & File Formats

Input Formats ascii netCDF3/4 Other

Output Formats HDF5 netCDF3/4

Science Context

Related Observatories International GNSS Service

Related Regions Earth Atmosphere Earth Ionosphere

Keywords

ephemeris gnss gps hdf5 ionosphere ionosphere_thermosphere_mesosphere NetCDF4 pyhc package rinex sp3

GEOrinex

Software

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