Skip to content

foxittt/tec

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 

History

8 Commits
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Repository files navigation

TEC and Bias receiver estimation

Application TEC (by station) and receiver bias estimation through GNSS data processing and analysis, used for monitoring of ionospheric terrestrial layer.

Please, fell free to read more in EMBRACE.

Contributors involved

Departamento de Ciências Espaciais e Atmosféricas (CEA-II) - INPE

Dr. Cristiano Max Wrasse (Pesquisador) [[email protected]]
Dr. Cosme A. O. B. Figueiredo [[email protected]]

Development team - EMBRACE/INPE

Dr. Rodolfo G. Lotte [[email protected]]


GNSS's versions file covered:

  • GNSS rinex version 3.01
  • GNSS rinex version 3.02
  • GNSS rinex version 3.03

PS:. The EMBRACE TEC and Bias estimation make use of external library georinex for reading rinex files, which includes other versions! To read more about, check the link.

Features

This module includes the calculation of:

  • Cycle-Slip correction
  • Relative TEC
  • Slant Factor
  • Daily TEC and receiver bias estimation
  • Absolute TEC
  • Vertical TEC

Output

This module runs for a set of rinex files. For each rinex processed, a python dictionary JSON-like structured is generated.

Contributing:

TODO list:

Of course, the model is far completed. Besides the TODOs marks into the code, the analysis for another situations are still demanded. If you notice some kind of mistake in the code, or just notice that could improve or optimize any method, please, fell free to clone this project and help our team to get better estimates.

Preparing your environment:

To contribute, you have to clone this repository and start your analysis/debugs/ so on.

After to clone the repository git in your local directory, the following the instructions will guide you to execute the model in your computer.

1. Updating your Python

The EMBRACE TEC and Bias estimation was developed using version Python 3.7+. If you do not have this version in your computer, an upgrade will be need.

First, check the version of your python typing python -V. If old versions are diplayed, thus, follow the steps below. For most of Ubuntu users, two versions are available on the OS, python2.7, and python3, which still do not fill the requirement due the python3 be usually under version 3.6 (to check this, please, type python3 -V). If not, the following steps can solve the problem.

To start the upgrade, update your system:

sudo apt-get update && sudo apt-get upgrade && sudo apt-get update

then, run:

sudo apt-get install python3.7

If everything is ok, edit your bashrc file:

sudo nano ~/.bashrc

and update the file:

source ~/.bashrc

and include at the last line: alias python=python3.7. Type:

python -V

Example of use

An example of using this package/library, can be found (here)[https://github.com/rodolfolotte/tec-example].

Log

Download errors will be listed in tec.log on root path.

Help

Any question or suggestion, please, contact our support sending an email to [email protected] or any of the contributers.

About

Python command-line application for analysis and estimation of TEC, which also provides a estimativa of the GNSS bias receiver.

Resources

License

Stars

Watchers

Forks

Releases

No releases published

Packages

 
 
 

Contributors

Languages