Staff Priorities - Fabio

Yesterday

• Looked into SG's code parameters
  • Inputs from SRC file
  • Found separate input file
    • Contacted SG
    • Received updated version of code with extra input file generator
• Created updated netCDF mesh using updated script
  • Better integration with IRIS tool
  • Talked to DG regarding running Central California model on BW
• Ran RG updated rupture generator code
  • Found bug in sub fault counting code -- worked for some scenarios
  • Emailed RG, got fix
  • Ran Part-A and B simulations on HPCC
  • Generated plots, sent results to RG
• BBP new disk hasn't arrived yet
  • BBP update postponed

Today

• Run revised NGA-West 2 testing
• SG rupture generator
  • Review updated source files
  • Matlab-to-Python conversion
• Waiting for GP method reruns from RG

Blocked:

• No

Followups:

• No

To Do:

Short Term

Broadband Platform

• Update GP rupture generator - Total: 3 days
  • Sent Rob parameters - done
  • Integrate code - 1 day
  • Run tests for Part-A / Part-B - 2 days

• Anderson GoF code from AS - Total: 3 days
  • Analyze code, dependencies, provide AS feedback: 1 day
  • Convert code to BBP module, add module to BBP workflow: 1 day
  • Test BBP platform, produce new metrics: 1 day

• New BBToolbox version available from SDSU - Total: 3 days
  • Incorporate SDSU changes into BBToolbox: 1 day
  • Run Part-A/Part-B validations: 2 days

• NGA-West 2 validation on BBP - Total: 6 days
  • Contact CG, collect input scenarios: 1 day
  • Write test code: 1 day
  • Run tests: 2 days
  • Review results: 2 days

• Setup laptop as EEW machine in software lab - Total: 1 day
  • Erase laptop, install clean Mac OS X, install EEW software: 1 day

• Integrate Rupture Generator code from SG - Total: 28 days
  • Review code, understand inputs/outputs, run outside platform: 1 day
  • Run Part-A problem using Matlab code, review results: 1 day
  • Migrate code into BBP Platform, convert Matlab code into Python/C/Fortran, test: 20 days
  • Run Part-A/Part-B validation exercise on HPCC: 5 days (contingent on code performance)

High-F

• Set up High-F code repository - Total: 3 days
  • Collect codes from groups, scripts - 1 day
  • Select SVN/Github repository - 1 day
  • Create repository - 1 day

• Understand how to map station location to grid point - Total: 2 days
  • Understand approaches used by AWP and Hercules to map station location to grid point - 1 day
  • Discuss with PM, DG, how to use UCVM to do this mapping - 1 day

Medium Term

• Package GF generation code from RG into BBP Platform
• New raytracing code for SDSU method
• Update Anderson method