CyberShake 1.4: Difference between revisions

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'''CyberShake 1.3''' takes the multiple velocity models available in CyberShake 1.2 and adds to it the capability to compute high-frequency stochastic seismograms for every rupture variation.
'''CyberShake 1.4''' takes the multiple velocity models and rupture variations and adds to it the capability to compute high-frequency stochastic seismograms for every rupture variation.


[[File:HF_Schematic.png|x600px]]
[[File:HF_Schematic.png|thumb|300px|Schematic showing modified post-processing workflow to include high-frequency synthesis.]]
 
== Data Products ==
 
The SQLite database for this study is available at /home/scec-04/tera3d/CyberShake/sqlite_studies/study_1_4/study_1_4.sqlite .  It can be accessed using a SQLite client.
 
Hazard curves calculated with CyberShake 1.4 have a Hazard Dataset ID of 15 (CVM-H) or 21 (CVM-S).
 
== Data Requirements ==
You can download an Excel spreadsheet which calculates data requirements given a number of sites, number of components, and frequency [[media:CyberShake data calculator.xls | here]].
 
== Fall 2011 Production Run ==
 
In Fall 2011 we are conducting a production run using CyberShake 1.4.  We intend to calculate broadband hazard curves for 18 precariously balanced rock sites in Southern California with both CVM-H 11.2 and CVM-S4 with the new rupture variations (Graves and Pitarka (2010)).  Additionally, we will calculate broadband hazard curves for 3 previously calculated PBR sites, 19 SCSN sites, and 6 sites near to SCSN stations.
 
Curves can be viewed [[Fall_2011_Production_Run_Curves | here]].
 
== Sites Status ==
 
Sites status can be viewed [[media:Run Status.xls | here]].  A KML file containing these sites, with PBR sites in red, SCSN sites in orange, and near-SCSN sites in yellow can be downloaded [http://hypocenter.usc.edu/research/cybershake/Proposed_CS_sites.kml  here].
 
'''18 PBR sites'''
 
CVM-H, new rupture variations + broadband; CVM-S, new rupture variations + broadband
36 SGT runs, 36 post-processing runs
 
#PERR2
#UCR
#MRVY
#GV03
#GV05
#BKBU
#LBUT2
#PIBU
#NUEVO
#PERRM
#MKBD
#GOPH
#GLBT
#PACI2
#PBWL
#LMAT
#LPER
#ACTN
 
'''3 previously computed PBR sites'''
 
CVM-H, new rupture variations + broadband; old CVM-S SGTs with new rupture variations + broadband
3 SGT runs, 6 post-processing runs
 
*PEDL
*ALIS
*SLVW
 
'''19 SCSN sites'''
 
CVM-H, new rupture variations + broadband
optionally, old CVM-S SGTs with new rupture variations + broadband
19 SGT runs, 19-38 post-processing runs
 
*ALP
*BRE
*CHN
*DLA
*HLL
*LAF
*LGB
*LGU
*MOP
*OLI
*OSI
*PDE
*PDU
*PLS
*RIO
*RPV
*STG
*SVD
*WSS
 
'''6 near SCSN (< 1 km) sites'''
 
CVM-H, new rupture variations + broadband
optionally, old CVM-S SGTs with new rupture variations + broadband
6 SGT runs, 6-12 post-processing runs
 
*RHCH
*s359
*P1
*s431
*s435
*USC
 
'''Totals:'''
 
*46 sites
*64 SGT runs
*67-92 post-processing runs
 
== Site Map ==
* [http://hypocenter.usc.edu/research/CSHM/CS_v1_4_sites.kml Hazard Sites for CyberShake 1.4 (kml format)]
 
== Related Entries ==
*[[CyberShake]]

Latest revision as of 16:42, 6 February 2018

CyberShake 1.4 takes the multiple velocity models and rupture variations and adds to it the capability to compute high-frequency stochastic seismograms for every rupture variation.

Schematic showing modified post-processing workflow to include high-frequency synthesis.

Data Products

The SQLite database for this study is available at /home/scec-04/tera3d/CyberShake/sqlite_studies/study_1_4/study_1_4.sqlite . It can be accessed using a SQLite client.

Hazard curves calculated with CyberShake 1.4 have a Hazard Dataset ID of 15 (CVM-H) or 21 (CVM-S).

Data Requirements

You can download an Excel spreadsheet which calculates data requirements given a number of sites, number of components, and frequency here.

Fall 2011 Production Run

In Fall 2011 we are conducting a production run using CyberShake 1.4. We intend to calculate broadband hazard curves for 18 precariously balanced rock sites in Southern California with both CVM-H 11.2 and CVM-S4 with the new rupture variations (Graves and Pitarka (2010)). Additionally, we will calculate broadband hazard curves for 3 previously calculated PBR sites, 19 SCSN sites, and 6 sites near to SCSN stations.

Curves can be viewed here.

Sites Status

Sites status can be viewed here. A KML file containing these sites, with PBR sites in red, SCSN sites in orange, and near-SCSN sites in yellow can be downloaded here.

18 PBR sites

CVM-H, new rupture variations + broadband; CVM-S, new rupture variations + broadband 36 SGT runs, 36 post-processing runs

  1. PERR2
  2. UCR
  3. MRVY
  4. GV03
  5. GV05
  6. BKBU
  7. LBUT2
  8. PIBU
  9. NUEVO
  10. PERRM
  11. MKBD
  12. GOPH
  13. GLBT
  14. PACI2
  15. PBWL
  16. LMAT
  17. LPER
  18. ACTN

3 previously computed PBR sites

CVM-H, new rupture variations + broadband; old CVM-S SGTs with new rupture variations + broadband 3 SGT runs, 6 post-processing runs

  • PEDL
  • ALIS
  • SLVW

19 SCSN sites

CVM-H, new rupture variations + broadband optionally, old CVM-S SGTs with new rupture variations + broadband 19 SGT runs, 19-38 post-processing runs

  • ALP
  • BRE
  • CHN
  • DLA
  • HLL
  • LAF
  • LGB
  • LGU
  • MOP
  • OLI
  • OSI
  • PDE
  • PDU
  • PLS
  • RIO
  • RPV
  • STG
  • SVD
  • WSS

6 near SCSN (< 1 km) sites

CVM-H, new rupture variations + broadband optionally, old CVM-S SGTs with new rupture variations + broadband 6 SGT runs, 6-12 post-processing runs

  • RHCH
  • s359
  • P1
  • s431
  • s435
  • USC

Totals:

  • 46 sites
  • 64 SGT runs
  • 67-92 post-processing runs

Site Map

Related Entries

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