Recipe of plotting the figures

Notebooks and codes to reproduce the figures

This page shows the list of the link to the notebooks and codes to plot the figures. We cleaned up the output of the cells showing the figures in the notebooks due to minimizing the size of repositories and the copyrights. To replot them, please download the data and follow the instructions documented in the directories.

Figure Reproduction Notes

Figure 1a. Conceptual illustration of non-self-similar earthquakes. Run 01_nonselfsimilar_schematic.ipynb
Figures 1b–c. Diagram of the four-meter biaxial friction apparatus. Run 01_Figs1bc_4mbiaxapparatus_schematic.ipynb
Figures 1d–f. AE waveforms of GP events with zoomed-in windows. Run 01_Introduction_plot_gougeevents.ipynb
Figure 2a. Shear stress and AE waveforms for a representative GP event. Run plot_example_master_fb03_087_event29_Fig2_master.m
Figure 2b. Cumulative slip during the GP event. Run plot_eventcumulativeslip_event29_forFig2.m
Figure 2c. Full waveform view of a GP event. Run Fig2_plot_eventwaveform.ipynb
Figures 3a–b. Source time function (STF) fitting for GP events. Run 06_plotfittingSTF.ipynb
Figure 3c. Moment-duration scaling plot. Run 07_loglinearfit_STF.ipynb
Figure 3d. Spectral ratio of the GP events. Run 02_stacked_spectralratioanalysis_nonselfsimilar.ipynb
Figure 4a. Shear traction history during rupture. Run 04_plot_sheartractionhistory.ipynb
Figures 4b-c. Initial stress distribution of the rupture simulation. Run 02_plot_initialcondition.ipynb
Figures 4d–f. Snapshots of rupture front propagation. Run 03_plot_snapshots_mastercase.ipynb
Figure 5. STF of dynamic rupture simulations. Run 05_plot_masterSTF.ipynb

Supplementary Figure Reproduction Notes

Figure S1. Schematic of the classification of non-self-similar earthquakes. No script required.
Figure S2. Schematic of the experimental apparatus and AE sensor array. Run plot_4mframeandSensors.ipynb
Figure S3. Photographs of the experimental apparatus and gouge patch (GP). No script required.
Figure S4. Histogram of GP event counts and spatial distribution of normal stress. Run plot_GPeventActivity_and_NormalStress.m
Figure S5. AE waveforms of GP events across all AE sensors. Run 01_Introduction_plot_gougeevents.ipynb
Figure S6. Shear stress and AE waveform of a GP aftershock event. Run plot_example_master_fb03_087_event35_FigSupp.m
Figures S7a–b. Schematic diagrams for estimating attenuation factors. Run 08_compute_attenuation_factor.ipynb
Figure S7c. Quantitative estimation of attenuation (1/Qp). Run 09_compute_Qinv.ipynb
Figure S8. Spectral ratio analysis of GP events. Run 02_stacked_spectralratioanalysis_nonselfsimilar.ipynb
Figure S9. Waveforms of the GP events on P5. Run 01_Introduction_plot_gougeevents_revision_P5.ipynb
Figure S10. Cumulative local slip distributions across the fault. Run 05_localslip_slipvel_masterplot.ipynb
Figure S11. Comparison between local and macroscopic measurements and seismic moment See notebooks in GougeEventStats and NormalStressonGP
Figure S12. STF of dynamic rupture simulation without self-healing. Run 05_plot_masterSTF.ipynb
Figure S13. Comparison of self-healing region for GP events. Run aux_03_Revision_plot_healing_comparison.ipynb
Figure S14. Schematic illustration of scaling. No script required.
Figure S15. summary of physical state for gouge patch. See GougePatch
Figure S16. Schematic of AE sensor calibration setup. No script required.
Figure S17. Flowchart of AE sensor calibration procedure. No script required.
Figure S18. AIC-based model selection in AE sensor calibration. Run plot_modelAIC.m
Figure S19a. Bode plot of transfer function. See AEsensor_Calibration_ARX
Figure S19b. Comparison of responses before and after correction. Run validate_metalblock_PAZmodel.ipynb
Figure S20. Locations of ball-drop calibration tests. Run 02_plot_and_makelocationtable_v01.ipynb
Figure S21. Schematic of waveform modeling and calibration strategy. See 4mNonSelfSim_OpenSWPC – cross-verification
Figure S22. Results of calibration for waveform propagation modeling. See 4mNonSelfSim_OpenSWPC – cross-verification
Figure S23. Waveform fitting for sensor coupling calibration. Run 08_plot_surfaceeffect_result_Case2.ipynb
Figure S24. Schematic illustration of the aperture effect. No script required.
Figure S25. Sensor coupling calibration results. Run 08_plot_surfaceeffect_result_Case2.ipynb
Figure S26. STF fitting results for all GP events. Run 06_plotfittingSTF.ipynb

Figures in Rebuttal letter

Notebooks used to reproduce figures during the revision and rebuttal process are stored in Others/Revision_Analysis