This is the RoboSWOP detection and linking part of the project
This project is the website and the api for the RoboSWOP project
This project hosts all the information of the human 34 antenna
Python code to test probabilistic seismic hazard maps against simulated shaking histories in terms of exceedance fraction, used in the paper "Insights into earthquake hazard map performance from shaking history simulations" in Scientific Reports.
Python module implementing geovectors, focal mechanisms, moment tensors and stress tensors.
A Python toolbox for kinematic earthquake ground motion modelling (by Bart Vleminckx)
Compute the Earth's nutation for any given date based on several models.
Python scripts for project about Castor and Pollux lakes in Chile, in collaboration with UGent.
The eqgeology namespace package
The db namespace package.
The mapping namespace package
The plotting namespace package
The hazard namespace package