PyGema

Seismic data analysis tool box for volcano monitoring.

Routines includes automatic localization of seismic events, computation of RSAM and SSAM, magnitude calculation and sql data management.

by Diego M. González-Vidal (diego@gema.udec.cl)

contributors: Marcelo Ramirez (marcelo@gema.udec.cl)

PRE-REQUISITES (from yay)

yay aur/pyshapelib aur/python-obspy aur/python-pyshp aur/pyshapelib community/python-basemap community/python-basemap-common community/python-mysql-connector community/python-mysqlclient community/python-pillow community/shapelib community/sshfs extra/jdk-openjdk extra/python-django extra/python-django

sudo pacman -S python-django jdk-openjdk sshfs shapelib python-pillow python-mysqlclient python-mysql-connector python-basemap-common python-basemap pyshapelib python-pyshp python-obspy pyshapelib python-django

INSTALLATION

Download the pygema package from github

git clone https://github.com/emmaPatagonia/pygema.git
sudo cp -r aur/pygema /usr/lib/python3.X/site-packages

The working space are at the folders realtime and scripts

CONFIGURATION

Add dataless files of the stations

pygema/src/dataless/NETWORK_STATION.dataless

Configure credentials, parameters, stations file and email

nano pygema/src/credentials_mysqldb_admin 
nano pygema/src/credentials_mysqldb_user
nano pygema/src/params_rsam.txt
nano pygema/src/params_ssam.txt
nano pygema/src/params_stalta.txt
nano pygema/src/stationALL.lst
nano pygema/db/email.py
nano pygema/db/credentials.py
nano pygema/db/client_gema.py

Configure BINDER NOSC for automatic localization

$ git clone https://github.com/emmaPatagonia/binder_nosc.git

cp -r pygema/core/BINDER_NOSC /home/user
cd /home/user/BINDER_NOSC
chmod a+x binder_nosc_AR

Then configure the parameters, velocity model and station info

nano /home/user/BINDER_NOSC/param.txt
nano /home/user/BINDER_NOSC/info.dat
nano /home/user/BINDER_NOSC/velmod.hdr

Configure NonLinLoc

git clone https://github.com/emmaPatagonia/nonlinloc.git

cp -r pygema/core/nonlinloc /home/user
mv nonlinloc NLL
cp -r /home/user/NLL

Then, follow this instructions

more /home/user/NLL/readme.rd

Finally, copy the execSG2KMOD2.py file to NLL

#Configure realtime routines for volcano monitoring

Configure web services files:

nano realtime/web/PyGema_Web/PyGema_Web/settings.py 
nano realtime/gema-init-monitoring

Configure syncronization with other server

nano sync.py

Configure seedlink server:

# instalacion ringserver
$ git clone https://github.com/iris-edu/ringserver.git
$ cd ringserver
$ make
$ mkdir tlog

# Ante errores comunes de complicacion
$ sudo pacman -S libdigidocpp	
$ yay automake #instalar version 1-15

# agregar path 
$ sudo ln -s ~/ringserver/ringserver /usr/local/bin/ringserver

#crear un archivo de configuracion
$ nano server.conf
RingDirectory ring
DataLinkPort 16000
SeedLinkPort 18000
ServerID "Seismic Network"
TransferLogDirectory tlog
TransferLogRX 0
MSeedScan /path/GM/ StateFile=scan.state InitCurrentState


#lanzar servidor
$ ringserver server.conf

Execute realtime rountines

chmod a+x gema-init-monitoring
./gema-init-monitoring

RDePlaen/pygema

PyGema

Seismic data analysis tool box for volcano monitoring.

PRE-REQUISITES (from yay)

INSTALLATION

CONFIGURATION