Difference between revisions of "CyberShake Review Process"
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*10 (of 400k) Seismograms inspected as “seismic” | *10 (of 400k) Seismograms inspected as “seismic” | ||
*1 forward simulation for a randon SRF | *1 forward simulation for a randon SRF | ||
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+ | '''Map Evaluation''' | ||
+ | Averaging-Based Factorization comparing new map to | ||
+ | ** National Seismic Hazard Map | ||
+ | **Previous CyberShake Maps |
Revision as of 04:19, 6 September 2015
We are defining a CyberShake Review Process that will define a series of verification checks that we perform on a CyberShake result before it is released to public for use.
CyberShake Data Products
Computational products that need review include:
- Hazard Map (at periods)
- Hazard Curve (multiple sites)
- SRFs
- Rupture Variations
- Seismograms
- Amplitudes
- Hazard Curves
Review Stages
We'll define a series of states that data products must pass through to be released.
- non started
- started->incomplete
- complete->preliminary
- complete->reviewed
- reviewed->released
- released->published
Confirming CyberShake Results
To migrate from complete->preliminary, a result must go through these checks to be
Completion check
- Individual DAQ’s confirmed as completed by DAGmanager
- No empty files
DB Consistency
- NAN check
- Consistency check confirms integrity of post-processing
Runtime logs:
- Runtime logs greped for error indocators, must return empty
Checks that are comprehensive:
- All seismogram files non empty
- All peak amplitude files non empty
Reasonable Bounds Range Checks:
- Comprehensive PGA > 5g
Comprehensive:
- Alls Hazard curves inspection
Random Samples:
- 10 (of 400k) Seismograms inspected as “seismic”
- 1 forward simulation for a randon SRF
Map Evaluation Averaging-Based Factorization comparing new map to
- National Seismic Hazard Map
- Previous CyberShake Maps