Pinned Repositories
ASWMS-Q
Matlab version of GSDF method that includes azimuthal anisotropy and attenuation
DLOPy_v1.0
Calculate OBS horizontal orientations using the DLOPy algorithm (Adrian. K. Doran and Gabi Laske 2017)
EI_Live_2020
Earth Institute Live 2020 - Exploring seismology with Python
fetch_EVENTS
Download event data from IRIS DMC and assign to them the GCMT centroid times and magnitudes. Includes the option of removing instrument response, downsampling, rotating to R and T.
invSWani-GBHE
Suite of MATLAB codes to invert frequency-dependent surface wave anisotropy for parameters G, B, H, and E as a function of depth
mat-LRTdisp
MATLAB package for measuring multi-mode surface wave dispersion using the Linear Radon Transform (LRT)
MATnoise
Calculate ambient noise cross-correlations, measure phase velocities, and invert for phase velocity maps in MATLAB.
MINEOS_synthetics
Calculate dispersion tables and synthetic seismograms for layered models using MINEOS and idagrn6 housed within MATLAB wrappers
Simple_X
A MATLAB wrapper around the Perple_X mineral physics software package for calculating phase equilibria and physical properties in the Earth.
SURF96_Rayl_1Dinv
Simple demonstration of inversion of Rayleigh-wave dispersion data for a 1-D Vs profile
jbrussell's Repositories
jbrussell/mat-LRTdisp
MATLAB package for measuring multi-mode surface wave dispersion using the Linear Radon Transform (LRT)
jbrussell/MATnoise
Calculate ambient noise cross-correlations, measure phase velocities, and invert for phase velocity maps in MATLAB.
jbrussell/DLOPy_v1.0
Calculate OBS horizontal orientations using the DLOPy algorithm (Adrian. K. Doran and Gabi Laske 2017)
jbrussell/EI_Live_2020
Earth Institute Live 2020 - Exploring seismology with Python
jbrussell/SURF96_Rayl_1Dinv
Simple demonstration of inversion of Rayleigh-wave dispersion data for a 1-D Vs profile
jbrussell/ASWMS-Q
Matlab version of GSDF method that includes azimuthal anisotropy and attenuation
jbrussell/MINEOS_synthetics
Calculate dispersion tables and synthetic seismograms for layered models using MINEOS and idagrn6 housed within MATLAB wrappers
jbrussell/fetch_EVENTS
Download event data from IRIS DMC and assign to them the GCMT centroid times and magnitudes. Includes the option of removing instrument response, downsampling, rotating to R and T.
jbrussell/Simple_X
A MATLAB wrapper around the Perple_X mineral physics software package for calculating phase equilibria and physical properties in the Earth.
jbrussell/invSWani-GBHE
Suite of MATLAB codes to invert frequency-dependent surface wave anisotropy for parameters G, B, H, and E as a function of depth
jbrussell/OBSrange
OBSrange is a robust, efficient, open-source OBS location code available in both MATLAB and Python.
jbrussell/SEM2D_waveprop
Matlab code for propagating shear waves through a 2D velocity model
jbrussell/fetch_NOISE
Download daily seismograms from the IRIS DMC for the purpose of noise cross-correlation.
jbrussell/jbrussell.github.io
jbrussell/mat-noise_sim
Sandbox for simulating seismic noise in MATLAB
jbrussell/recreadplot
jbrussell/SPECFEM3D-GLOBE-SlurmExampleLooping
An example for calculating SPECFEM3D-GLOBE synthetics via Slurm with automatic looping through events
jbrussell/ASWMS-checkerboard
Earthquake-based checkerboard tomography test compatible with ASWMS
jbrussell/matlab_misc
Miscellaneous useful Matlab functions and packages that I initialize with startup
jbrussell/MATnoise-checkerboard
jbrussell/OBSclockdrift
Tool for estimating OBS clock drift rates and applying corrections
jbrussell/VBRc_tools
Useful tools that build off the VBRc framework: https://github.com/vbr-calc/vbr
jbrussell/academic-kickstart
Easily create a beautiful website using Academic and Hugo
jbrussell/ATaCR
Automated Tilt and Compliance Removal (for ocean bottoms seismometers)
jbrussell/dispinversion-surf96
Surface Wave Dispersion Inversion Code using surf96
jbrussell/matgsdf
Matlab version of GSDF method
jbrussell/nc_analysis
jbrussell/OrientPy
Seismic station orientation tools
jbrussell/vbr
Very Broadband Rheology (VBR) Calculator in development, for fitting experimental data and measured properties in the Earth's upper mantle!
jbrussell/WISTFUL