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Commit 2ff42670 authored by Riccardo Zaccarelli's avatar Riccardo Zaccarelli
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Update README.md

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......@@ -7,7 +7,7 @@ Fast and robust estimates of seismic source parameters are essential for reliabl
In this framework, this repository is a suite of four packages that can be used and combined in different ways and are [ewricacore](https://git.gfz-potsdam.de/ewrica/ewricacore), [ewricasiria](https://git.gfz-potsdam.de/ewrica/ewricasiria), [ewricagm](https://git.gfz-potsdam.de/ewrica/ewricagm) and [ewricawebapp](https://git.gfz-potsdam.de/ewrica/ewricawebapp). These four packages can be deployed in a docker container (see instructions below) to demonstrate a possible output of Early-Warning and Rapid Impact Assessment.
The suite is composed of a probabilistic earthquake source inversion report (*ewricasiria*) and a Neural network-based Shake map (*ewricagm*) which can be run alone or triggered upon event detection by *ewricacore*, a central unit of work that first fetches the waveform data via a configurable seedlink protocol and event data via event bus or FDSN web service, then collects and cuts waveforms segments according to a custom configuration, and eventually triggers custom processing (ewricasiria and ewricagm in the current workflow, but any processing can be implemented) whenever configurable conditions are met.
The suite is composed of a probabilistic earthquake source inversion report (*ewricasiria*) and a Neural network-based Shake map (*ewricagm*) which are triggered upon event detection by *ewricacore*, a central unit of work that first fetches the waveform data via a configurable seedlink protocol and event data via event bus or FDSN web service, then collects and cuts waveforms segments according to a custom configuration, and eventually triggers custom processing (ewricasiria and ewricagm in the current workflow, but any processing can be implemented) whenever configurable conditions are met.
The final package in this suite, *ewricawebapp*, is a web-based graphical user interface that has been used mainly for testing purposes but that can be deployed also to visualize and check in your browser all output produced by workflow in form of HTML pges, images and data in various formats (e.g., JSON, log text files).
The whole workflow has been tested for two past earthquakes whose data (as of 2023) are continuously served by [GEOFON](https://geofon.gfz-potsdam.de/) at regualr intervals to produce and test a real case scenario. These two test cases can also be reproduced locally following the instructions below.
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