Electronic Supplement to
On-Demand Custom Broadband Synthetic Seismograms
by Lion Krischer, Alexander R. Hutko, Martin van Driel, Simon Stähler, Manochehr Bahavar, Chad Trabant, and Tarje Nissen-Meyer
This electronic supplement contains interactive Jupyter notebooks to reproduce all figures from the main article (see Figs. 7 and 9 in the main article).
Additionally, they include a short tutorial on using Syngine and another one on how to use the Green’s function feature of Syngine to reconstruct waveforms from arbitrary moment tensors.
Other
Download: supplements_jupyter_notebooks.zip [Zip Archive; ~1.5 MB]. This file contains the following files:
- chile_param.txt: U.S. Geological Survey (USGS) param file for Figure 2 (see Data and Resources) in the main article.
- cmtsolutions.txt: Self-generated centroid moment tensor (CMT) solution file with event data for Figure 6 (see Data and Resources) in the main article.
- figure_1_phase_relative_times.ipynb: Jupyter notebook to reproduce Figure 1 in the main article.
- figure_2_source_width.ipynb: Jupyter notebook to reproduce Figure 2 in the main article.
- figure_3_finite_source_seismograms.ipynb: Jupyter notebook to reproduce Figure 3 in the main article.
- figure_4_earth_models.ipynb: Jupyter notebook to reproduce Figure 4 in the main article.
- figure_5_compare_seismograms_for_models.ipynb: Jupyter notebook to reproduce Figure 5 in the main article.
- figure_6_data_quality.ipynb: Jupyter notebook to reproduce Figure 6 in the main article.
- figure_8_education.ipynb: Jupyter notebook to reproduce Figure 8 in the main article.
- syngine_greens_functions.ipynb: Jupyter notebook on how to use the Green’s function feature.
- syngine_tutorial.ipynb: Jupyter notebook with a short Syngine tutorial calling it from ObsPy.
Running them on your computer requires the following:
- Python ≥ 3.5
- ObsPy (see Data and Resources) ≥ 1.0
- matplotlib (see Data and Resources) ≥ 1.5
- instaseis (see Data and Resources) ≥ 1.0
- pandas (see Data and Resources) ≥ 0.17
Data and Resources
The interactive Jupyter notebooks can be found at http://seismo-live.org. Softwares required to run the interactive Jupyter notebooks are obtained from the following websites: http://obspy.org, http://matplotlib.org, http://instaseis.net, and http://pandas.pydata.org/ (all last accessed March 2017).
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