This electronic supplement contains figures showing the distributions of between-event and within-event residuals for peak ground acceleration (PGA) and six spectral periods: 0.5, 1.0, 2.0, 3.0, 4.0, and 5.0 s.
Figure S1. Distribution of between-event residuals for PGA with respect to (a) magnitude and (b) fault depth.
Figure S2. Distribution of within-event residuals for PGA with respect to (a) magnitude and (b) source distance.
Figure S3. Distribution of between-event residuals for 0.5 s spectral acceleration with respect to (a) magnitude and (b) fault depth.
Figure S4. Distribution of within-event residuals for 0.5 s spectral acceleration earthquakes with respect to (a) magnitude and (b) source distance.
Figure S5. Distribution of between-event residuals for 1.0 s spectral acceleration with respect to (a) magnitude and (b) fault depth.
Figure S6. Distribution of within-event residuals for 1.0 s spectral acceleration with respect to (a) magnitude and (b) source distance.
Figure S7. Distribution of between-event residuals for 2.0 s spectral acceleration with respect to (a) magnitude and (b) fault depth.
Figure S8. Distribution of within-event residuals for 2.0 s spectral acceleration with respect to (a) magnitude and (b) source distance.
Figure S9. Distribution of between-event residuals for 3.0 s spectral acceleration with respect to (a) magnitude and (b) fault depth.
Figure S10. Distribution of within-event residuals for 3.0 s spectral acceleration with respect to (a) magnitude and (b) source distance.
Figure S11. Distribution of between-event residuals for 4.0 s spectral acceleration with respect to (a) magnitude and (b) fault depth.
Figure S12. Distribution of within-event residuals for 4.0 s spectral acceleration interface earthquakes with respect to (a) magnitude and (b) source distance.
Figure S13. Distribution of between-event residuals for 5.0 s spectral acceleration with respect to (a) magnitude and (b) fault depth.
Figure S14. Distribution of within-event residuals for 5.0 s spectral acceleration with respect to (a) magnitude and (b) source distance.
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