Difference between revisions of "Staff Priorities - Fabio"
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=== Short Tem === | === Short Tem === | ||
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| + | ==== Broadband Platform ==== | ||
* BBP Mac OS X Instructions: 1 day | * BBP Mac OS X Instructions: 1 day | ||
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** Migrate code into BBP Platform, convert Matlab code into Python/C/Fortran, test: 20 days | ** 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) | ** 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 | * Set up High-F code repository - Total: 3 days | ||
Revision as of 16:43, 2 June 2015
Contents
Yesterday
- Email from NK regarding problem compiling BBP on Mac OS X Yosemite
- Looks like issue selecting correct compiler after Mac Ports installation
- Update High-F page with data files instructions/explanation
- Update Mac OS X BBP guide to explain two installation methods
Today
- Continue working on NK BBP installation issue
- Update BBP on Mac OS X Guide with better explanation for fortran compiler set up
- Review AS Anderson GoF code, provide feedback
Blocked:
- No
Followups:
- No
To Do:
Short Tem
Broadband Platform
- BBP Mac OS X Instructions: 1 day
- 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
- Update Anderson method
