Instructions
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1. Install mtuq within a conda virtual environment as follows
https://uafgeotools.github.io/mtuq/install/index.html
2 Within the same virtual environment install mtbench
>> cd mtbench/
>> pip install -e .
3. Download waveform data
>> bash WAVEFORMS/download.bash
4. Run scripts
>> cd scripts/
>> python run_Silwal2016_syngine
>> python run_Alvizuri2018_syngine
5. Optionally, compare your results with the expected output
https://github.com/rmodrak/mtbench/tree/FiguresSilwal2016
Notes
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- AxiSEM and FK scripts closely reproduce published figures, but require local Green's function databases (available at University of Alaska Fairbanks)
- Since AK135F is used in place of regional velocity models, syngine scripts do NOT closely reproduce published figures
- syngine scripts download Green's functions from a remote server, which can take a very long time. Afterward, Green's functions are locally cached, so any subsequent runs will be much faster.
References
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[`Alvizuri2018`] C. Alvizuri and C. Tape (2018), Full Moment Tensor Analysis of Nuclear Explosions in North Korea, SRL, https://doi.org/10.1785/0220180158
[`Silwal2016`] V. Silwal and C. Tape (2016), Seismic moment tensors and estimated uncertainties in southern Alaska, JGR, https://doi.org/10.1002/2015JB012588