Difference between revisions of "CyberShake PBR Study"
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== PBR Site == | == PBR Site == | ||
| − | ''' | + | '''Low Freq seismograms''' |
| + | * PERRIS | ||
| + | * Lat/Long | ||
| + | * Nearby Faults: | ||
| + | **Fault Name: | ||
| + | **Src/Rupture Number: | ||
| + | **Number of rupture variations: | ||
| + | **Fault Parallel (degree's off North) | ||
| + | |||
| + | |||
| + | |||
| + | '''Broadband seismograms''' | ||
* PERRIS | * PERRIS | ||
* Lat/Long | * Lat/Long | ||
Revision as of 18:52, 8 March 2013
This CyberShake Precarious Balanced Rock Study will evaluate whether CyberShake ground motions are likely to knock over known Precarious Rocks
PBR Site
Low Freq seismograms
- PERRIS
- Lat/Long
- Nearby Faults:
- Fault Name:
- Src/Rupture Number:
- Number of rupture variations:
- Fault Parallel (degree's off North)
Broadband seismograms
- PERRIS
- Lat/Long
- Nearby Faults:
- Fault Name:
- Src/Rupture Number:
- Number of rupture variations:
- Fault Parallel (degree's off North)
Steps
- ask sc what code to calculate peak amps
- define output format schema
- implement in db and table in sqllite
- write test
- Find location of Perris PBR
- Find nearest src/rupture
- Estimate Rotation Angle of each fault
