Difference between revisions of "Draft agenda"
| Line 6: | Line 6: | ||
<LI>SELFE numerics | <LI>SELFE numerics | ||
<LI>Grid generation Grid generation: Eli Ateljevich | <LI>Grid generation Grid generation: Eli Ateljevich | ||
| − | <LI>SELFE code structure | + | <LI>SELFE code structure |
<LI>Set up a SELFE model | <LI>Set up a SELFE model | ||
<UL> | <UL> | ||
<LI>Pre-processing | <LI>Pre-processing | ||
| − | <LI>ACE/xmgredit5 | + | <LI>ACE/xmgredit5 |
<LI>DEM preparation: Triangle | <LI>DEM preparation: Triangle | ||
<LI>Sflux; read_ncom; | <LI>Sflux; read_ncom; | ||
| Line 18: | Line 18: | ||
<LI>Calibrating SELFE | <LI>Calibrating SELFE | ||
<UL> | <UL> | ||
| − | <LI>TVD and other higher-order schemes | + | <LI>TVD and other higher-order schemes |
</UL> | </UL> | ||
<LI>SELFE modeling system | <LI>SELFE modeling system | ||
Revision as of 12:47, 3 August 2013
Aug. 12 -14, 2013
- Introduction and overview
- Parallel computing
- SELFE Theory
- SELFE numerics
- Grid generation Grid generation: Eli Ateljevich
- SELFE code structure
- Set up a SELFE model
- Pre-processing
- ACE/xmgredit5
- DEM preparation: Triangle
- Sflux; read_ncom;
- Major parameters and inputs
- Post-processing and visualization
- Calibrating SELFE
- TVD and other higher-order schemes
- SELFE modeling system
- Case study
- Demo; SF Bay
- Highlights of other cases
- Outro and Q&A
