About¶
REDA is a scientific Python library for reproducible geoelectrical data analysis. It aims to provide a unified interface for common and advanced data processing steps while bridging the gap between a multitude of geoelectrical measurement devices and inversion codes used across the geophysical community. It offers functionality to import, analyze, process, visualize, and export geoelectrical data with particular emphasis on time-lapse functionality and reproducibility. The latter is realized in the form of a logging system, which keeps track of each individual processing step applied to particular data set in a human-readable journal. REDA is platform compatible, tested and open-source under the permissive MIT license. Any contributions from the community are highly welcome.
Citation¶
Weigand, M., Wagner, F. M. (2017): Towards unified and reproducible processing of geoelectrical data. 4th International Workshop on Geoelectrical Monitoring, Nov. 22-24, Vienna, DOI:10.5281/zenodo.1067502.
Status of REDA¶
Feature |
Status |
Explanation |
|---|---|---|
Syscal text import |
working |
|
Syscal binary import |
working |
|
bert |
working |
|
MPT DAS-1 |
working |
SIP import slow |
Radic 256c |
untested |
slow, but should be fairly robust. |
SIP 04 |
untested |
|
FZJ EIT40/EIT160 |
working |
|
Res2DInv |
work in progress |
|
TSERT |
experimental |
Experimental time-lapse ERT file format. Subject to change. Works, but needs more testing. |
Feature |
Status |
Explanation |
|---|---|---|
BERT |
||
CRTomo |
||
Res2DInv |
work in progress |
|
TSERT |
experimental |
Experimental time-lapse ERT file format. Subject to change. Works, but needs more testing. |
Contributing¶
We look forward to any type of contributions:
code contribution
example contributions
documentation help
issuing bug reports