Difference between revisions of "CyberShake PBR Study"

From SCECpedia
Jump to navigationJump to search
Line 5: Line 5:
  
 
*CyberShake_Study_ID:  35              #CyberShake 1.0 = 35, CyberShake 2.2 = 40
 
*CyberShake_Study_ID:  35              #CyberShake 1.0 = 35, CyberShake 2.2 = 40
−
*CyberShake_Site_Name: PERR #Site Short Name
+
*CyberShake_Site_Name: PERR2          #Site Short Name
−
*Rotation_Angle: -40.0                             # Decimal Degrees from North
+
*Rotation_Angle: -40.0                 # Decimal Degrees from North
 
*List of Ruptures (with wildcards permitted):
 
*List of Ruptures (with wildcards permitted):
 
**SourceID/*
 
**SourceID/*
Line 24: Line 24:
 
*NS_PGA (m/s/2):
 
*NS_PGA (m/s/2):
 
*NS_PGV (m/s):
 
*NS_PGV (m/s):
 +
*NS_PSA5.0 (m/s/s):
 +
*NS_PSA3.0 (m/s/s):
 +
*NS_PSA1.0 (m/s/s):
 
*NS_PSA0.5 (m/s/s):
 
*NS_PSA0.5 (m/s/s):
−
*NS_PSA1.0 (m/s/s):
+
*NS_PSA0.1 (m/s/s):
−
*NS_PSA3.0 (m/s/s):
+
*Rot_PGA (m/s/2):
−
*Rot_PGA (m/s/s):
 
 
*Rot_PGV (m/s):
 
*Rot_PGV (m/s):
 +
*Rot_PSA5.0 (m/s/s):
 +
*Rot_PSA3.0 (m/s/s):
 +
*Rot_PSA1.0 (m/s/s):
 
*Rot_PSA0.5 (m/s/s):
 
*Rot_PSA0.5 (m/s/s):
−
*Rot_PSA1.0 (m/s/s):
+
*Rot_PSA0.1 (m/s/s):
−
*Rot_PSA3.0 (m/s/s):
 
−
 
 
−
== PBR Site ==
 
−
We will begin by working with CyberShake 1.0 map data.
 
−
 
 
−
'''Low Freq seismograms'''
 
−
* PERRIS
 
−
* Lat/Long
 
−
* Nearby Faults:
 
−
**Fault Name:
 
−
**Src/Rupture Number:
 
−
**Number of rupture variations:
 
−
**Fault Parallel (degree's off North)
 
−
 
 
  
 +
== High Freq Sites ==
 +
*USC 34.0192 -118.286
 +
*s758 33.37562 -117.53532
 +
*WNGC 34.041824 -118.0653
 +
*STNI 33.93088 -118.17881
 +
*LADT  34.05204 -118.25713
 +
*S351  34.21142 -118.21085
  
−
'''Broadband seismograms'''
 
−
* PERRIS
 
−
* Lat/Long
 
−
* Nearby Faults:
 
−
**Fault Name:
 
−
**Src/Rupture Number:
 
−
**Number of rupture variations:
 
−
**Fault Parallel (degree's off North)
 
  
 +
== PBR Sites ==
 +
*Perris PERR2 838 PERR2_ERF35_Run838_SA_5sec_09_06_2011_thumb.png PERR2_ERF35_Run838_SA_3sec_09_06_2011_thumb.png PERR2_ERF35_Run838_SA_1sec_09_06_2011_thumb.png PERR2_ERF35_Run838_SA_0.5sec_09_06_2011_thumb.png PERR2_ERF35_Run838_SA_0.1sec_09_06_2011_thumb.png
 +
*UCR UCR 839 UCR_ERF35_Run839_SA_5sec_09_16_2011_thumb.png UCR_ERF35_Run839_SA_3sec_09_16_2011_thumb.png UCR_ERF35_Run839_SA_1sec_09_16_2011_thumb.png UCR_ERF35_Run839_SA_0.5sec_09_16_2011_thumb.png UCR_ERF35_Run839_SA_0.1sec_09_16_2011_thumb.png
 +
*Moreno Valley MRVY 840 MRVY_ERF35_Run840_SA_5sec_09_17_2011_thumb.png MRVY_ERF35_Run840_SA_3sec_09_17_2011_thumb.png MRVY_ERF35_Run840_SA_1sec_09_17_2011_thumb.png MRVY_ERF35_Run840_SA_0.5sec_09_17_2011_thumb.png MRVY_ERF35_Run840_SA_0.1sec_09_17_2011_thumb.png
 +
*Mt. Marie Louise N Grass Valley 3 GV03 841 GV03_ERF35_Run841_SA_5sec_09_15_2011_thumb.png GV03_ERF35_Run841_SA_3sec_09_15_2011_thumb.png GV03_ERF35_Run841_SA_1sec_09_15_2011_thumb.png GV03_ERF35_Run841_SA_0.5sec_09_15_2011_thumb.png GV03_ERF35_Run841_SA_0.1sec_09_15_2011_thumb.png
 +
*Mt. Marie Louise N Grass Valley 5 GV05 842 GV05_ERF35_Run842_SA_5sec_09_16_2011_thumb.png GV05_ERF35_Run842_SA_3sec_09_16_2011_thumb.png GV05_ERF35_Run842_SA_1sec_09_16_2011_thumb.png GV05_ERF35_Run842_SA_0.5sec_09_16_2011_thumb.png GV05_ERF35_Run842_SA_0.1sec_09_16_2011_thumb.png
 +
*Black Butte BKBU 843 BKBU_ERF35_Run843_SA_5sec_09_15_2011_thumb.png BKBU_ERF35_Run843_SA_3sec_09_15_2011_thumb.png BKBU_ERF35_Run843_SA_1sec_09_15_2011_thumb.png BKBU_ERF35_Run843_SA_0.5sec_09_15_2011_thumb.png BKBU_ERF35_Run843_SA_0.1sec_09_15_2011_thumb.png
 +
*Lovejoy Buttes LBUT2 844 LBUT2_ERF35_Run844_SA_5sec_09_13_2011_thumb.png LBUT2_ERF35_Run844_SA_3sec_09_13_2011_thumb.png LBUT2_ERF35_Run844_SA_1sec_09_14_2011_thumb.png LBUT2_ERF35_Run844_SA_0.5sec_09_14_2011_thumb.png LBUT2_ERF35_Run844_SA_0.1sec_09_14_2011_thumb.png
 +
*Piute Butte 1 PIBU 845 PIBU_ERF35_Run845_SA_5sec_09_21_2011_thumb.png PIBU_ERF35_Run845_SA_3sec_09_21_2011_thumb.png PIBU_ERF35_Run845_SA_1sec_09_21_2011_thumb.png PIBU_ERF35_Run845_SA_0.5sec_09_21_2011_thumb.png PIBU_ERF35_Run845_SA_0.1sec_09_21_2011_thumb.png
 +
*Nuevo 2 NUEVO 846 NUEVO_ERF35_Run846_SA_5sec_09_12_2011_thumb.png NUEVO_ERF35_Run846_SA_3sec_09_12_2011_thumb.png NUEVO_ERF35_Run846_SA_1sec_09_12_2011_thumb.png NUEVO_ERF35_Run846_SA_0.5sec_09_12_2011_thumb.png NUEVO_ERF35_Run846_SA_0.1sec_09_12_2011_thumb.png
 +
*Perris Rimrock 1 PERRM 847 PERRM_ERF35_Run847_SA_5sec_09_09_2011_thumb.png PERRM_ERF35_Run847_SA_3sec_09_09_2011_thumb.png PERRM_ERF35_Run847_SA_1sec_09_09_2011_thumb.png PERRM_ERF35_Run847_SA_0.5sec_09_09_2011_thumb.png PERRM_ERF35_Run847_SA_0.1sec_09_09_2011_thumb.png
 +
*Mockingbird Van Buren MKBD 848 MKBD_ERF35_Run848_SA_5sec_09_19_2011_thumb.png MKBD_ERF35_Run848_SA_3sec_09_19_2011_thumb.png MKBD_ERF35_Run848_SA_1sec_09_19_2011_thumb.png MKBD_ERF35_Run848_SA_0.5sec_09_19_2011_thumb.png MKBD_ERF35_Run848_SA_0.1sec_09_19_2011_thumb.png
 +
*Gopher Gulch GOPH 849 GOPH_ERF35_Run849_SA_5sec_09_15_2011_thumb.png GOPH_ERF35_Run849_SA_3sec_09_15_2011_thumb.png GOPH_ERF35_Run849_SA_1sec_09_15_2011_thumb.png GOPH_ERF35_Run849_SA_0.5sec_09_15_2011_thumb.png GOPH_ERF35_Run849_SA_0.1sec_09_15_2011_thumb.png
 +
*Gibraltar GLBT 850 GLBT_ERF35_Run850_SA_5sec_09_12_2011_thumb.png GLBT_ERF35_Run850_SA_3sec_09_12_2011_thumb.png GLBT_ERF35_Run850_SA_1sec_09_12_2011_thumb.png GLBT_ERF35_Run850_SA_0.5sec_09_12_2011_thumb.png GLBT_ERF35_Run850_SA_0.1sec_09_12_2011_thumb.png
 +
*Pacifico 1 SG PACI2 851 PACI2_ERF35_Run851_SA_5sec_09_19_2011_thumb.png PACI2_ERF35_Run851_SA_3sec_09_17_2011_thumb.png PACI2_ERF35_Run851_SA_1sec_09_19_2011_thumb.png PACI2_ERF35_Run851_SA_0.5sec_09_19_2011_thumb.png PACI2_ERF35_Run851_SA_0.1sec_09_19_2011_thumb.png
 +
*Punchbowl 1 PBWL 852 PBWL_ERF35_Run852_SA_5sec_09_14_2011_thumb.png PBWL_ERF35_Run852_SA_3sec_09_14_2011_thumb.png PBWL_ERF35_Run852_SA_1sec_09_14_2011_thumb.png PBWL_ERF35_Run852_SA_0.5sec_09_14_2011_thumb.png PBWL_ERF35_Run852_SA_0.1sec_09_14_2011_thumb.png
 +
*Lake Mathews Drive LMAT 853 LMAT_ERF35_Run853_SA_5sec_09_14_2011_thumb.png LMAT_ERF35_Run853_SA_3sec_09_14_2011_thumb.png LMAT_ERF35_Run853_SA_1sec_09_14_2011_thumb.png LMAT_ERF35_Run853_SA_0.5sec_09_14_2011_thumb.png LMAT_ERF35_Run853_SA_0.1sec_09_14_2011_thumb.png
 +
*Lake Perris N LPER 854 LPER_ERF35_Run854_SA_5sec_09_09_2011_thumb.png LPER_ERF35_Run854_SA_3sec_09_09_2011_thumb.png LPER_ERF35_Run854_SA_1sec_09_09_2011_thumb.png LPER_ERF35_Run854_SA_0.5sec_09_09_2011_thumb.png LPER_ERF35_Run854_SA_0.1sec_09_09_2011_thumb.png
 +
*Acton ACTN 855
  
 
== Steps ==
 
== Steps ==

Revision as of 20:42, 8 March 2013

This CyberShake Precarious Balanced Rock Study will evaluate whether CyberShake ground motions are likely to knock over known Precarious Rocks. Here we define the processing inputs and outputs for this study.

Program inputs:

The user configurable parameters that should be input to our rotation program include:

  • CyberShake_Study_ID: 35 #CyberShake 1.0 = 35, CyberShake 2.2 = 40
  • CyberShake_Site_Name: PERR2 #Site Short Name
  • Rotation_Angle: -40.0 # Decimal Degrees from North
  • List of Ruptures (with wildcards permitted):
    • SourceID/*
    • SourceID/RuptureID/*
    • SourceID/RuptureID/VariationID

Program Outputs:

The program should produce and sqllite data file that can be queried to produce a report, with a list of rows for each rupture variation, with the following columns in each row

  • CyberShakeStudyID:
  • SiteName:
  • SiteNumber:
  • RotationAngle:
  • SourceID:
  • RuptureNumber:
  • VariationNumber:
  • NS_PGA (m/s/2):
  • NS_PGV (m/s):
  • NS_PSA5.0 (m/s/s):
  • NS_PSA3.0 (m/s/s):
  • NS_PSA1.0 (m/s/s):
  • NS_PSA0.5 (m/s/s):
  • NS_PSA0.1 (m/s/s):
  • Rot_PGA (m/s/2):
  • Rot_PGV (m/s):
  • Rot_PSA5.0 (m/s/s):
  • Rot_PSA3.0 (m/s/s):
  • Rot_PSA1.0 (m/s/s):
  • Rot_PSA0.5 (m/s/s):
  • Rot_PSA0.1 (m/s/s):

High Freq Sites

  • USC 34.0192 -118.286
  • s758 33.37562 -117.53532
  • WNGC 34.041824 -118.0653
  • STNI 33.93088 -118.17881
  • LADT 34.05204 -118.25713
  • S351 34.21142 -118.21085


PBR Sites

  • Perris PERR2 838 PERR2_ERF35_Run838_SA_5sec_09_06_2011_thumb.png PERR2_ERF35_Run838_SA_3sec_09_06_2011_thumb.png PERR2_ERF35_Run838_SA_1sec_09_06_2011_thumb.png PERR2_ERF35_Run838_SA_0.5sec_09_06_2011_thumb.png PERR2_ERF35_Run838_SA_0.1sec_09_06_2011_thumb.png
  • UCR UCR 839 UCR_ERF35_Run839_SA_5sec_09_16_2011_thumb.png UCR_ERF35_Run839_SA_3sec_09_16_2011_thumb.png UCR_ERF35_Run839_SA_1sec_09_16_2011_thumb.png UCR_ERF35_Run839_SA_0.5sec_09_16_2011_thumb.png UCR_ERF35_Run839_SA_0.1sec_09_16_2011_thumb.png
  • Moreno Valley MRVY 840 MRVY_ERF35_Run840_SA_5sec_09_17_2011_thumb.png MRVY_ERF35_Run840_SA_3sec_09_17_2011_thumb.png MRVY_ERF35_Run840_SA_1sec_09_17_2011_thumb.png MRVY_ERF35_Run840_SA_0.5sec_09_17_2011_thumb.png MRVY_ERF35_Run840_SA_0.1sec_09_17_2011_thumb.png
  • Mt. Marie Louise N Grass Valley 3 GV03 841 GV03_ERF35_Run841_SA_5sec_09_15_2011_thumb.png GV03_ERF35_Run841_SA_3sec_09_15_2011_thumb.png GV03_ERF35_Run841_SA_1sec_09_15_2011_thumb.png GV03_ERF35_Run841_SA_0.5sec_09_15_2011_thumb.png GV03_ERF35_Run841_SA_0.1sec_09_15_2011_thumb.png
  • Mt. Marie Louise N Grass Valley 5 GV05 842 GV05_ERF35_Run842_SA_5sec_09_16_2011_thumb.png GV05_ERF35_Run842_SA_3sec_09_16_2011_thumb.png GV05_ERF35_Run842_SA_1sec_09_16_2011_thumb.png GV05_ERF35_Run842_SA_0.5sec_09_16_2011_thumb.png GV05_ERF35_Run842_SA_0.1sec_09_16_2011_thumb.png
  • Black Butte BKBU 843 BKBU_ERF35_Run843_SA_5sec_09_15_2011_thumb.png BKBU_ERF35_Run843_SA_3sec_09_15_2011_thumb.png BKBU_ERF35_Run843_SA_1sec_09_15_2011_thumb.png BKBU_ERF35_Run843_SA_0.5sec_09_15_2011_thumb.png BKBU_ERF35_Run843_SA_0.1sec_09_15_2011_thumb.png
  • Lovejoy Buttes LBUT2 844 LBUT2_ERF35_Run844_SA_5sec_09_13_2011_thumb.png LBUT2_ERF35_Run844_SA_3sec_09_13_2011_thumb.png LBUT2_ERF35_Run844_SA_1sec_09_14_2011_thumb.png LBUT2_ERF35_Run844_SA_0.5sec_09_14_2011_thumb.png LBUT2_ERF35_Run844_SA_0.1sec_09_14_2011_thumb.png
  • Piute Butte 1 PIBU 845 PIBU_ERF35_Run845_SA_5sec_09_21_2011_thumb.png PIBU_ERF35_Run845_SA_3sec_09_21_2011_thumb.png PIBU_ERF35_Run845_SA_1sec_09_21_2011_thumb.png PIBU_ERF35_Run845_SA_0.5sec_09_21_2011_thumb.png PIBU_ERF35_Run845_SA_0.1sec_09_21_2011_thumb.png
  • Nuevo 2 NUEVO 846 NUEVO_ERF35_Run846_SA_5sec_09_12_2011_thumb.png NUEVO_ERF35_Run846_SA_3sec_09_12_2011_thumb.png NUEVO_ERF35_Run846_SA_1sec_09_12_2011_thumb.png NUEVO_ERF35_Run846_SA_0.5sec_09_12_2011_thumb.png NUEVO_ERF35_Run846_SA_0.1sec_09_12_2011_thumb.png
  • Perris Rimrock 1 PERRM 847 PERRM_ERF35_Run847_SA_5sec_09_09_2011_thumb.png PERRM_ERF35_Run847_SA_3sec_09_09_2011_thumb.png PERRM_ERF35_Run847_SA_1sec_09_09_2011_thumb.png PERRM_ERF35_Run847_SA_0.5sec_09_09_2011_thumb.png PERRM_ERF35_Run847_SA_0.1sec_09_09_2011_thumb.png
  • Mockingbird Van Buren MKBD 848 MKBD_ERF35_Run848_SA_5sec_09_19_2011_thumb.png MKBD_ERF35_Run848_SA_3sec_09_19_2011_thumb.png MKBD_ERF35_Run848_SA_1sec_09_19_2011_thumb.png MKBD_ERF35_Run848_SA_0.5sec_09_19_2011_thumb.png MKBD_ERF35_Run848_SA_0.1sec_09_19_2011_thumb.png
  • Gopher Gulch GOPH 849 GOPH_ERF35_Run849_SA_5sec_09_15_2011_thumb.png GOPH_ERF35_Run849_SA_3sec_09_15_2011_thumb.png GOPH_ERF35_Run849_SA_1sec_09_15_2011_thumb.png GOPH_ERF35_Run849_SA_0.5sec_09_15_2011_thumb.png GOPH_ERF35_Run849_SA_0.1sec_09_15_2011_thumb.png
  • Gibraltar GLBT 850 GLBT_ERF35_Run850_SA_5sec_09_12_2011_thumb.png GLBT_ERF35_Run850_SA_3sec_09_12_2011_thumb.png GLBT_ERF35_Run850_SA_1sec_09_12_2011_thumb.png GLBT_ERF35_Run850_SA_0.5sec_09_12_2011_thumb.png GLBT_ERF35_Run850_SA_0.1sec_09_12_2011_thumb.png
  • Pacifico 1 SG PACI2 851 PACI2_ERF35_Run851_SA_5sec_09_19_2011_thumb.png PACI2_ERF35_Run851_SA_3sec_09_17_2011_thumb.png PACI2_ERF35_Run851_SA_1sec_09_19_2011_thumb.png PACI2_ERF35_Run851_SA_0.5sec_09_19_2011_thumb.png PACI2_ERF35_Run851_SA_0.1sec_09_19_2011_thumb.png
  • Punchbowl 1 PBWL 852 PBWL_ERF35_Run852_SA_5sec_09_14_2011_thumb.png PBWL_ERF35_Run852_SA_3sec_09_14_2011_thumb.png PBWL_ERF35_Run852_SA_1sec_09_14_2011_thumb.png PBWL_ERF35_Run852_SA_0.5sec_09_14_2011_thumb.png PBWL_ERF35_Run852_SA_0.1sec_09_14_2011_thumb.png
  • Lake Mathews Drive LMAT 853 LMAT_ERF35_Run853_SA_5sec_09_14_2011_thumb.png LMAT_ERF35_Run853_SA_3sec_09_14_2011_thumb.png LMAT_ERF35_Run853_SA_1sec_09_14_2011_thumb.png LMAT_ERF35_Run853_SA_0.5sec_09_14_2011_thumb.png LMAT_ERF35_Run853_SA_0.1sec_09_14_2011_thumb.png
  • Lake Perris N LPER 854 LPER_ERF35_Run854_SA_5sec_09_09_2011_thumb.png LPER_ERF35_Run854_SA_3sec_09_09_2011_thumb.png LPER_ERF35_Run854_SA_1sec_09_09_2011_thumb.png LPER_ERF35_Run854_SA_0.5sec_09_09_2011_thumb.png LPER_ERF35_Run854_SA_0.1sec_09_09_2011_thumb.png
  • Acton ACTN 855

Steps

  1. ask sc what code to calculate peak amps
  2. define output format schema
  3. implement in db and table in sqllite
  4. write test
  5. Find location of Perris PBR
  6. Find nearest src/rupture
  7. Estimate Rotation Angle of each fault
Retrieved from "https://strike.scec.org/scecwiki/index.php?title=CyberShake_PBR_Study&oldid=6878"