There are 2 repositories under obspy topic.
A Python toolbox for the query, retrieval, processing and management of seismological data sets, including very large, heterogeneous and/or dynamically growing ones.
An earthquake detection and location architecture
Simplified machine-learning driven earthquake detection, location, and analysis.
Multi-band array detection and location of seismic sources
Preprocessing seismic data: download, format changing, and archiving
Gisola: A High Performance Computing application for real-time Moment Tensor inversion
Home of the Pytheas software for local shear-wave splitting analysis
Matched filter earthquake detector
Seedlink_plotter A python script to plot real time seismic data from a seedlink server
Construction of Long-Term Seismic Catalog with Deep Learning: A Workflow for Localized Self-Attention RNN (LoSAR)
Seismic refraction - New implementation of the Sardine software
Raspberry Shake Charting Utility for Windows, Mac, and Linux
This program can be used to find the earthquakes for given set of parameters and save in the catalog and plot it
Simple machine learning tool in Python (>=3.7) computing an anomaly score of seismic waveform amplitudes. By using a pre-trained Isolation forest model, the program can be used for identification of outliers in semismic data, assign robustness weights, or check instruments and metadata errors
For Southeast Tibet
Auto-download mass seismic event data using Obspy
ObsPyLoad: a tool for automated seismic data retrieval and quality control - as published at Seismological Research letters.
📈 Convert AnyShake Observer data to real-time seismic waveforms using Obspy/Matplotlib
This Python 3 module utilizes the Obspy framework to read SEG2 refraction datasets and plot interactive stream datasets using the matplotlib.pyplot.ginput function.
Miscellaneous research codes, organized into projects with a common set of libraries. This is just where I actively work, before packing codes up for release when publishing papers, datasets etc.
Python script built on ObsPy for routinely downloading gapless seismic data from the IRIS database
Plotting seismic event based on FDSN for specific station
This tool is a Python PyQt5 Graphic Interface using Obspy FDNS Client to estimate Peak Ground Acceleration for user selected waveform.
Read and plot microbarometer data from the SEED data format using ObsPy.
This script processes seismic event data from a CSV file using the obspy library and FDSN web services. Users can filter events by date and magnitude, select a specific event, and retrieve waveform data for a specified seismic phase at a given station. The retrieved waveform data is then saved in SAC (Seismic Analysis Code) format.
Obspy code that generates continuous spectrograms from FDSN listed seismic stations.
This repository contains a collection of Python scripts and programs related to seismology.
Seismic monitoring of urban noise and change point detection.