chencx's Projects
adjTomo teaching material including Jupyter Notebooks, slideshows and examples
Calculate body wave polarization from receiver function HV ratio
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Joint inversion of receiver functions and surface wave dispersion.
Direct inversion of Rayleigh wave dispersion data for 3-D azimuthal anisotropy based on ray tracing
Double-difference cross-correlation code using pyasdf
Direct inversion of surface dispersion data based on ray tracing
EQTransformer, a python package for earthquake signal detection and phase picking using AI.
H-kappa stacking for receiver function analysis.
A collection of scripts to steer HypoDD by Felix Waldhauser.
Joint Inversion of Direct Surface Wave Tomography and Bouguer Gravity
Repo. save scripts for joint inversion of ambient noise associated surface wave tomography and receiver function
Bayeisan inversion to recover Green's functions of receiver-side structures from teleseismic waveforms
Gathers all of our ambient noise modules in python
A python code for ambient noise and receiver function analysis
matlab functions and scripts for working with receiver functions
2D PSV Hybrid code for receiver function analysis
An automatic seismology toolset for global P-to-S and S-to-P receiver function imaging
Travel-time calculator based on the fast-marching method solution to the Eikonal equation.
This package is to use high-resolution Radon transform to regularize Receiver function data.
Teleseismic body wave modeling through stacks of (dipping/anisotropic) layers
Python based travel time calculation in regular 2D and 3D grids in Cartesian and geographic coordinates using Fast Marching Method
Python module to read/write/manipulate SAC (Seismic Analysis Code) files.
Python wrapper for modelling surface wave dispersion curves from surf96 - Computer Programs in Seismology, R. Hermann
the code for the paper of Deep Learning for Quality Control of Receiver Functions
The latest distribution of Recfunk codes for computation of receiver functions and harmonic decomposition analysis.
Some group codes for RF analysis.