Python package for handling RINEX version 2.1x and 3.x, regardless of number of systems in the data.

Author: Joakim Strandberg

python setup.py develop

RinPy can be use used to read data from a RINEX file and store it in numpy's compressed npz-format, or to load it directly into the workspace.

To load into memory and plot GPS SNR data for the L1 signal for satellite with PRN number 20:

import rinpy
from matplotlib import pyplot as plt

systemdata, systemsatlists, prntoidx, obstypes, header, obstimes = rinpy.processrinexfile('GTGU2000.15o')
snr_idx = [idx for idx, type in enumerate(obstypes['G']) if 'S1' in type][0]

plt.plot(obstimes, systemdata['G'][:, prntoidx['G'][20], snr_idx])
plt.xlabel('Time')
plt.ylabel('SNR')
plt.show()

Saving to and loading from file:

import rinpy

rinpy.processrinexfile('GTGU2000.15o', 'GTGU2000.15o.npz')
systemdata, systemsatlists, prntoidx, obstypes, header, obstimes = rinpy.loadrinexfromnpz('GTGU2000.15o.npz')

Each of the outputs from rinpy.processrinexfile and rinpy.loadrinexfromnpz are dicts where the keys are the system letters used in the RINEX format, e.g.:

• G - for GPS
• R - for GLONASS
• E - for Galileo
• S - for SBAS

For example obstypes['R'] gives a list of observables for the GLONASS system.

The code in this package is part of a larger code written for analysing GNSS SNR data for GNSS reflectometry, and is part of the work made for the paper:

Strandberg, J., T. Hobiger, and R. Haas (2016), Improving GNSS-R sea level determination through inverse modeling of SNR data, Radio Science, 51, 1286–1296, doi:10.1002/2016RS006057.

RinPy is licensed under the MIT license - see the LICENSE file.