![]() Ms) Manual interaction where necessary relocator choice (LocSAT, NonLinLoc) Remote processing/review SeisComP 3 uses (broadband) mB as default magnitude for large earthquakes Written in C++ with most functionality available as library functions Database support as module (MySQL, SQLite, PostgreSQL) Scripting interface for the Python language SeisComP3 Software for seismological analysis in real-time Software package for seismological data acquisition, quality control, archiving and automated/manual analysis in real time Uses/supports standards: SEED, SeedLink, QuakeML based data model used for storage and communication, ArcLink GUI‘s for quick manual interaction/review, waveform visualization, event visualization and state-of-health monitoring Framework for seismological software development Inter-process communication between modules using TCP-based messaging to allow distributed processing communications managed by central mediator C++ģ SeisComP3 Some Features Automatic P picker (STA/LTA AR-AIC)Īutomatic global phase associator/locator (LocSAT) grid search Magnitudes implemented: ML, MJ, mb, mB, Mw(mB), Mwp, Mw(Mwp) Slower magnitudes have no high priority, but will be implemented (e.g. Software package for seismological data acquisition, quality control, archiving and automated/manual analysis in real-time SeisComP3 originally developed within the GITEWS project (NOT available for MS Windows)Ģ Software for seismological analysis in real-time SeisComP3 Software for seismological analysis in real-time GFZ (GEOFON Potsdam) Winfried Hanka, Joachim Saul, Andres Heinloo. 1 Software for seismological analysis in real-time
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