The following processes are already included in this repository:
Quakeledger is the first service provided here. It is used as an earth quake catalogue that you can query with an bounding box for location constraints, as well as ranges for magnitude, depth and so on. It is a python3 script that creates an quakeml file.
The main version of Quakeledger you can find here: https://github.com/GFZ-Centre-for-Early-Warning/quakeledger
However, there was some need for improvements:
- more input parameters for better search capabilities
- better performance on searching in small areas by using a sqlite database instead of an csv file
- creation of valid quakeml according to the xsd file.
Those improvements are included in the following github repository:
https://github.com/nbrinckm/quakeledger
which itself sits on top of the changes that Benjamin Proß did:
https://github.com/bpross-52n/quakeledger
The source code that is used in the moment is the one from https://github.com/nbrinckm/quakeledger.
We wrote a Dockerfile for this process to include all of the dependencies and the actual version of the source code.
You can find the Dockerfile in the assistance folder of this repository.
The json configuration for the input and output handling of the process can be found in the resources folder of the this repository.
Shakyground is the second service provided here. It is a tool to calculate the ground motion field for an event in a quakeml file. The output of the process is a shakemap. Similar to Quakeledger Shakyground is a python3 script.
The main version of Shakyground you can find here: https://github.com/GFZ-Centre-for-Early-Warning/shakyground
We included the following improvements:
- Possibility to read valid quakeml according to the xsd file (see at the section for quakeml)
- creation of valid shakemap
Those are included in the following repository, that is also used for the process that we provide in this repository:
https://github.com/ruester/shakyground
You can find the dockerfile in the assistance folder and the json configuration in the resources folder.
Flooddamage is a process to compute damage on the manzanas river in ecuador. The code is provided in the gfz gitlab: https://git.gfz-potsdam.de/fbrill/riesgos_flooddamage
You can find the dockerfile in the assistance folder and the json configuration in the resource folder.
This configuration uses json as output instead of geojson because of an issue on reading geojson files created by geopandas in java.
Also at the moment there are no input parameter which will change with the next versions.
This process is to download tiff files from the geomer web coverage service. It supports only those files that are given there at the time of writing (2019-07-31):
- rain_cotopaxi:duration_latacunga_city
- rain_cotopaxi:duration_latacunga_north
- rain_cotopaxi:v_at_wdmax_latacunga_city
- rain_cotopaxi:v_at_wdmax_latacunga_north
- rain_cotopaxi:wd_max_latacunga_city
- rain_cotopaxi:wd_max_latacunga_north
You can take a look at the source code on https://github.com/gfzriesgos/flooddamage-tiff-downloader
Assetmaster is a process to provide exposure models in the riesgos project.
The code is provided here: https://github.com/GFZ-Centre-for-Early-Warning/assetmaster
The dockerfile is in the assistance folder. The json configuration is based on the metadata/assetmaster.json file you can find in the github repository, but uses a no xml schema and a different stderr error handler. You can find the fine in the resource folder.
Modelprop is a program to serve a fragility / vulnerability model according to a given schema.
The code you can see at https://github.com/GFZ-Centre-for-Early-Warning/modelprop
according to the other services you can take a look at the dockerfile in the assistance folder and to the json configuration in the assistance folder.
We also provide some services for converting the output of quakeledger or shakyground to OGC complient file formats. You can find an overview here.