Rupture Set Report: Combined

Num Sections	305
Num Ruptures	37,721
Num Single-Stranded Ruptures	18,369 (48.70%)
Target Total Moment Rate	1.8417089e19 N-m/yr
Deformation Model Creep-Reduced Total Moment Rate	1.8417089e19 N-m/yr
Deformation Model Original Total Moment Rate	1.8417089e19 N-m/yr
Magnitude Range	[6.63,9.00]
Length Range	[10.02,4166.48] km
Rupture Section Count Range	[2,281]

General Information
Logic Tree Branch
Rupture Scaling
- Magnitude Scaling
- Slip Scaling
Slip Rates
Rupture Scalar Histograms
Attached Modules
Fault Section Connections
- Connected Clusters
Jump Counts Over Distance
- Supra-seismogenic Jump Counts
- M≥7 Jump Counts
Subsection Maximum Values

General Information

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Rupture Set File Path: C:\Users\user\GNS\nzshm-opensha\TEST\ruptures\combined-fixed-puy.zip

Description	Value
Rupture Set Creation Time	2024-03-19 14:38:15 NZDT
Report Creation Time	2024-03-19 14:42:08 NZDT

Logic Tree Branch

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Level	Choice
Fault Model	Puysegur, 30km, 50% coupling
Fault Regime	Fault Regime
NZSHM22_SpatialSeisPDF	(N/A)
Slip Along Rupture Model (Dsr)	Uniform
Inversion Model	(N/A)
NZSHM22_ScalingRelationship	NZSHM22_ScalingRelationship
NZSHM22_FaultPolyParameters	(N/A)
NZSHM22_MagBounds	(N/A)
NZSHM22_SlipRateFactors	(N/A)
NZSHM22_Regions	(N/A)
NZSHM22_DeformationModel	(N/A)

Rupture Scaling

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Magnitude Scaling

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Linear Plots	Log10 Plots

Slip Scaling

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Linear Plots	Log10 Plots

Slip Rates

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Download CSV file with slip rate data: slip_rates.csv

Linear Slip Rate Plots

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Download GeoJSON	Download GeoJSON

Download GeoJSON

Log10 Slip Rate Plots

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Download GeoJSON	Download GeoJSON

Download GeoJSON

Slip Rate Std Dev Plots

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Download GeoJSON

Slip Rate & Area Reductions

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Subseismogenic Reduction Factors

Download GeoJSON

Rupture Scalar Histograms

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Rupture Length

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Total length (km) of the rupture, not including jumps or gaps.

Rupture Length Extremes & Examples

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Example ruptures at various percentiles of Rupture Length

Minimum: 10.02	p50: 1304.17	p90: 2894.15	p95: 3139.6

p97.5: 3417.94	p99: 3690.15	p99.9: 4001.85	Maximum: 4166.48

Rupture Magnitude

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Magnitude of the rupture.

Rupture Magnitude Extremes & Examples

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Example ruptures at various percentiles of Rupture Magnitude

Minimum: 6.63	p50: 8.51	p90: 8.85	p95: 8.88

p97.5: 8.92	p99: 8.95	p99.9: 8.98	Maximum: 9

Subsection Count

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Total number of subsections involved in a rupture.

Subsection Count Extremes & Examples

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Example ruptures at various percentiles of Subsection Count

Minimum: 2	p50: 90	p90: 196	p95: 213

p97.5: 230	p99: 249	p99.9: 269	Maximum: 281

Cluster Count

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Total number of clusters (of contiguous subsections on the same parent fault section) in a rupture.

Cluster Count Extremes & Examples

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Example ruptures at various percentiles of Cluster Count

Minimum: 1	p50: 2	p90: 7	p95: 7

p97.5: 8	p99: 8	p99.9: 9	Maximum: 9

Area

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Total area of the rupture (km^2).

Area Extremes & Examples

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Example ruptures at various percentiles of Area

Minimum: 266.63	p50: 20465.98	p90: 44425.16	p95: 48231.31

p97.5: 52003.43	p99: 56046.71	p99.9: 60815.09	Maximum: 63705.12

Maximum Jump Dist

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The maximum jump distance in the rupture.

Maximum Jump Dist Extremes & Examples

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Example ruptures at various percentiles of Maximum Jump Dist

Minimum: 0.0	p50: 0.13	p90: 4.49	p95: 4.49

p97.5: 4.49	p99: 4.49	p99.9: 4.49	Maximum: 4.49

Cumulative Jump Dist

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The total cumulative jump distance summed over all jumps in the rupture.

Cumulative Jump Dist Extremes & Examples

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Example ruptures at various percentiles of Cumulative Jump Dist

Minimum: 0.0	p50: 0.16	p90: 7.07	p95: 7.1

p97.5: 7.1	p99: 7.1	p99.9: 7.1	Maximum: 7.64

Ideal Length Ratio

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The ratio between the total length of this rupture and the 'idealized length,' which we define as the straight line distance between the furthest two subsections.

Ideal Length Ratio Extremes & Examples

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Example ruptures at various percentiles of Ideal Length Ratio

Minimum: 0.91	p50: 4.71	p90: 6.72	p95: 7.07

p97.5: 7.34	p99: 7.61	p99.9: 8.01	Maximum: 9.13

Ideal Length Difference

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The difference between the total length of this rupture and the 'idealized length,' which we define as the straight line distance between the furthest two subsections.

Ideal Length Difference Extremes & Examples

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Example ruptures at various percentiles of Ideal Length Difference

Minimum: -6.609078	p50: 1028.28	p90: 2430.58	p95: 2638.51

p97.5: 2893.34	p99: 3111.08	p99.9: 3356.49	Maximum: 3477.01

Rake

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The area-averaged rake for this rupture.

Cumulative Rake Change

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Cumulative rake change for this rupture.

Cumulative Rake Change Extremes & Examples

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Example ruptures at various percentiles of Cumulative Rake Change

Minimum: 0.0	p50: 90	p90: 90	p95: 180

p97.5: 270	p99: 270	p99.9: 270	Maximum: 360

Mechanism Change

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The number of times a rupture changed mechanisms, e.g., from right-lateral SS to left-lateral or SS to reverse.

Mechanism Change Extremes & Examples

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Example ruptures at various percentiles of Mechanism Change

Minimum: 0.0	p50: 1	p90: 1	p95: 2

p97.5: 3	p99: 3	p99.9: 3	Maximum: 4

Cumulative Azimuth Change

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Cumulative azimuth change for this rupture.

Cumulative Azimuth Change Extremes & Examples

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Example ruptures at various percentiles of Cumulative Azimuth Change

Minimum: 0.0	p50: 2045.98	p90: 3795.86	p95: 4113.26

p97.5: 4397.93	p99: 4716.82	p99.9: 5249.2	Maximum: 5498.64

Biasi & Wesnousky (2016,2017) Prob

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Biasi & Wesnousky (2016,2017) conditional probability of passing through each jump.

Biasi & Wesnousky (2016,2017) Prob Extremes & Examples

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Example ruptures at various percentiles of Biasi & Wesnousky (2016,2017) Prob

Maximum: 1	p50: 0.053333335	p10: 0.00310693	p5: 4.2050812E-4

p2.5: 6.359517E-5	p1: 4.6407287E-5	p0.1: 1.2883654E-5	Minimum: 2.4750552E-6

Max Slip Rate Difference

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The difference between the slip rate of the sections with the highest and lowest slip rate in the rupture.

Max Slip Rate Difference Extremes & Examples

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Example ruptures at various percentiles of Max Slip Rate Difference

Minimum: 0.0	p50: 22.52	p90: 26.46	p95: 26.58

p97.5: 26.68	p99: 26.72	p99.9: 26.72	Maximum: 26.72

Attached Modules

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List of all modules that have been attached to this Rupture Set.

Note: Modules classes in the standard modules package, org.opensha.sha.earthquake.faultSysSolution.modules, have been shortened to omit the package name.

Name	Implementing Class
Logic Tree Branch	`nz.cri.gns.NZSHM22.opensha.enumTreeBranches.NZSHM22_LogicTreeBranch`
Precomputed Cluster Ruptures	`ClusterRuptures$Precomputed`
Section Distance-Azimuth Calculator	`org.opensha.sha.earthquake.faultSysSolution.ruptures.util.SectionDistanceAzimuthCalculator`
Rupture Connection Search	`org.opensha.sha.earthquake.faultSysSolution.ruptures.util.RuptureConnectionSearch`
Section Slip Rates	`SectSlipRates$Default`
Section Areas	`SectAreas$Default`
OpenSHA Build Information	`BuildInfoModule`
Precomputed Average Slips	`AveSlipModule$Precomputed`
Uniform Slip Along Rupture	`SlipAlongRuptureModel$Uniform`

Fault Section Connections

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Download GeoJSON

Connected Clusters

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Connected clusters of fault sections, where all sections plotted in a given color connect with all other sections of the same color through ruptures. There may not be any single rupture that connects all such sections, but rather, chains of ruptures connect the sections. Only the first 10 clusters are plotted with bold colors; smaller clusters are plotted in random saturated colors (note that neighboring clusters can be similar colors by chance), and fully isolated faults are plotted in black.


Download GeoJSON

Rank	Sections	Parent Sections	Ruptures
1	305 (100.00%)	10 (100.00%)	37,721 (100.00%)

Jump Counts Over Distance

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Supra-seismogenic Jump Counts

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M≥7 Jump Counts

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Subsection Maximum Values

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These plots show the maximum value of various quantities across all ruptures for which each individual subsection participates. This is useful, for example, to find sections with low maximum magnitudes (due to low or no connectivity).