Solution Report: Solution Diagnostics: SW52ZXJzaW9uU29sdXRpb246MTkxMTguNXVqeTc0

Table Of Contents

• General Information
• Logic Tree Branch
• Solution MFDs
  • Total Target MFDs
  • NZ RECTANGLE SANS TVZ Gridded Region
  • NZ TVZ Gridded Region
• Simulated Annealing Energy
  • Final Energies
  • Energy Progress
• Rupture Rate Distribution
• Participation Rates
• Section b-values
  • Subsection b-values
  • Parent Section b-values
• Plausibility Configuration
  • Connection Strategy
  • Splays
  • Plausibility Filters
• Rupture Scalar Histograms
  • Rupture Length
  • Rupture Magnitude
  • Maximum Jump Dist
  • Cumulative Jump Dist
  • Cumulative Rake Change
  • Max Slip Rate Difference
• Attached Modules
  • Rupture Set Modules
  • Solution Modules
• Fault Section Connections
  • Connected Clusters
• Slip Rates
  • Linear Slip Rate Plots
  • Log10 Slip Rate Plots
  • Slip Rate Std Dev Plots
• Jump Counts Over Distance
  • Supra-seismogenic Jump Counts
  • M≥7 Jump Counts
  • Max Jump Distance Distribution
  • Cumulative Jump Distance Distribution
• Hazard Maps
  • PGA Hazard Maps
  • 1s SA Hazard Maps
• Fault Segmentation
  • Supra-Seismogenic Fault Segmentation
  • M≥7.0 Fault Segmentation
  • Magnitude Connection Rate Comparisons
• Parent Section Detail Pages

General Information

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Test down-dip subsectioning rup set

Logic Tree Branch

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Solution MFDs

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Total Target MFDs

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Incremental MFDs	Cumulative MFDs

NZ RECTANGLE SANS TVZ Gridded Region

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Incremental MFDs	Cumulative MFDs

NZ TVZ Gridded Region

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Incremental MFDs	Cumulative MFDs

Simulated Annealing Energy

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Final Energies

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Energy Progress

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Rupture Rate Distribution

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Participation Rates

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Supra-Seismogenic	Range: M≤6
Download GeoJSON	Download GeoJSON
M≥6	Range: M∈[6, 7]
Download GeoJSON	Download GeoJSON
M≥7	Range: M∈[7, 8]
Download GeoJSON	Download GeoJSON
M≥8
Download GeoJSON

Section b-values

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Subsection b-values

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These plots estimate a Gutenberg-Richter b-value for each subsection and parent section nucleation MFD. This is a rough approximation, and is intended primarily for model comparisons.

Download b-value CSV file: sect_b_values.csv

b-Value Distribution	b-Value Rate-Dependence

Parent Section b-values

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Download b-value CSV file: parent_sect_b_values.csv

b-Value Distribution	b-Value Rate-Dependence

Plausibility Configuration

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Connection Strategy

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Splays

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Plausibility Filters

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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 vs Rupture Rate

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Rupture Magnitude

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Magnitude of the rupture.

Rupture Magnitude vs Rupture Rate

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Maximum Jump Dist

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The maximum jump distance in the rupture.

Maximum Jump Dist vs Rupture Rate

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Cumulative Jump Dist

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

Cumulative Jump Dist vs Rupture Rate

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Cumulative Rake Change

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Cumulative rake change for this rupture.

Cumulative Rake Change vs Rupture Rate

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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 vs Rupture Rate

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Attached Modules

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List of all modules that have been attached to this Solution.

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

Rupture Set Modules

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Solution Modules

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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 smaller clusters plotted in gray, and fully isolated faults plotted in black.

Download GeoJSON

Slip Rates

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Linear Slip Rate Plots

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Download GeoJSON	Download GeoJSON
Download GeoJSON	Download GeoJSON
Download GeoJSON	Download GeoJSON

Log10 Slip Rate Plots

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Download GeoJSON	Download GeoJSON
Download GeoJSON	Download GeoJSON
Download GeoJSON

Slip Rate Std Dev Plots

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Download GeoJSON	Download GeoJSON

Jump Counts Over Distance

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Supra-seismogenic Jump Counts

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As Discretized	Rate Weighted

M≥7 Jump Counts

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As Discretized	Rate Weighted

Max Jump Distance Distribution

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Cumulative Jump Distance Distribution

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Hazard Maps

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Hazard map comparisons with a resolution of 1 degrees (400 sites). Hazard is computed with the ASK2014 GMPE, default site parameters, and supra-seismogenic fault sources only.

PGA Hazard Maps

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PGA, 2% in 50 year Hazard Maps

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PGA, 10% in 50 year Hazard Maps

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1s SA Hazard Maps

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1s SA, 2% in 50 year Hazard Maps

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1s SA, 10% in 50 year Hazard Maps

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Fault Segmentation

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The following plots show implied segmentation from the rates of this fault system solution.

NOTE: Solution Diagnostics: SW52ZXJzaW9uU29sdXRpb246MTkxMTguNXVqeTc0 has multiple jumping points between parent sections. We consolidate all jumps to occur at a single jumping point (with the highest jumping rate) and average quantities on either side of the jump (participation/slip rates)

Supra-Seismogenic Fault Segmentation

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Connection Rates

This shows the rate at which each connection is taken.

Connection Passthrough Rates

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Passthrough rates refer to the ratio of the jumping rate to the rates on either side of the jump. The denominator of that ratio can be either the minimum, maximum, or average of the subsection rates on either side of the jump. Each choice of denomiator is plotted separately.

Connection Passthrough Rates vs Shaw & Dieterich (2007)

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This plots passthrough rates versus various the distance relationship established in Shaw and Dieterich (2007).

Linear	Log10

Connection Passthrough Rates vs Scalars

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This plots passthrough rates versus various scalar values (for each rate combiniation type).

Jump Distance (km)	Jump Distance (km) (Log10 Rates)

|Slip Rate Change| (mm/yr)	|Slip Rate Change| (mm/yr) (Log10 Rates)

Slip Rate Ratio (mm/yr)	Slip Rate Ratio (mm/yr) (Log10 Rates)

|Dip Change| (degrees)	|Dip Change| (degrees) (Log10 Rates)

|Rake Change| (degrees)	|Rake Change| (degrees) (Log10 Rates)

|Azimuth Change| (degrees)	|Azimuth Change| (degrees) (Log10 Rates)

M≥7.0 Fault Segmentation

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Connection Rates

This shows the rate at which each connection is taken.

Connection Passthrough Rates

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Passthrough rates refer to the ratio of the jumping rate to the rates on either side of the jump. The denominator of that ratio can be either the minimum, maximum, or average of the subsection rates on either side of the jump. Each choice of denomiator is plotted separately.

Connection Passthrough Rates vs Shaw & Dieterich (2007)

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This plots passthrough rates versus various the distance relationship established in Shaw and Dieterich (2007).

Linear	Log10

Connection Passthrough Rates vs Scalars

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This plots passthrough rates versus various scalar values (for each rate combiniation type).

Jump Distance (km)	Jump Distance (km) (Log10 Rates)

|Slip Rate Change| (mm/yr)	|Slip Rate Change| (mm/yr) (Log10 Rates)

Slip Rate Ratio (mm/yr)	Slip Rate Ratio (mm/yr) (Log10 Rates)

|Dip Change| (degrees)	|Dip Change| (degrees) (Log10 Rates)

|Rake Change| (degrees)	|Rake Change| (degrees) (Log10 Rates)

|Azimuth Change| (degrees)	|Azimuth Change| (degrees) (Log10 Rates)

Magnitude Connection Rate Comparisons

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This comapres Solution Diagnostics: SW52ZXJzaW9uU29sdXRpb246MTkxMTguNXVqeTc0 passthrough rates across magniutdes (and also for each rate combiniation type). Linear on the left, log10 on the right.

Linear Passthrough Rates	Log10 Passthrough Rates

Parent Section Detail Pages

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