Difference between revisions of "Staff Priorities - Fabio"
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Jump to navigationJump to search| Line 1: | Line 1: | ||
== Yesterday == | == Yesterday == | ||
| − | * Updated | + | * Ran SG's code for a single SRF file |
| − | * | + | ** MW 6.6 took about 2 hours versus 3 hours for 50 SRFs |
| − | * | + | * Updated GP tools to work with new SRF format |
| − | * | + | ** srf2moment, srf_gethypo, srf2xyz, etc |
| − | + | * EEW laptop working in software lab | |
| − | * | + | * High-F call |
| − | ** | + | * Installed IRIS visualization tool |
| − | * | + | ** Couldn't do simple install |
| − | * | + | ** Required anaconda and few other packages |
| + | ** Converted ucvm mesh to netcdf format | ||
| + | ** Tried loading into IRIS tool | ||
== Today == | == Today == | ||
| − | * | + | * Run UCVM on BW again |
| + | ** cvms 4.26 500 cores, larger region with 0 rotation | ||
| + | ** create new netcdf file | ||
| + | ** Load it into IRIS visualization tool | ||
* Run revised NGA-West 2 testing | * Run revised NGA-West 2 testing | ||
| − | * | + | * Look into SG's code parameters |
| + | ** Try to see which ones come from SRC file | ||
| + | ** Which other ones are needed... | ||
* Try RG's new rupture generator code | * Try RG's new rupture generator code | ||
** HPCC Part-A and Part-B | ** HPCC Part-A and Part-B | ||
| Line 26: | Line 33: | ||
== Followups: == | == Followups: == | ||
| − | * | + | * No |
== To Do: == | == To Do: == | ||
Revision as of 17:03, 17 June 2015
Contents
Yesterday
- Ran SG's code for a single SRF file
- MW 6.6 took about 2 hours versus 3 hours for 50 SRFs
- Updated GP tools to work with new SRF format
- srf2moment, srf_gethypo, srf2xyz, etc
- EEW laptop working in software lab
- High-F call
- Installed IRIS visualization tool
- Couldn't do simple install
- Required anaconda and few other packages
- Converted ucvm mesh to netcdf format
- Tried loading into IRIS tool
Today
- Run UCVM on BW again
- cvms 4.26 500 cores, larger region with 0 rotation
- create new netcdf file
- Load it into IRIS visualization tool
- Run revised NGA-West 2 testing
- Look into SG's code parameters
- Try to see which ones come from SRC file
- Which other ones are needed...
- Try RG's new rupture generator code
- HPCC Part-A and Part-B
- Return EEW computer to JY
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
