Difference between revisions of "CyberShake Glossary"
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| + | <li><b>ERF:</b> </li> | ||
<li><b>Rupture Generator:</b> </li> | <li><b>Rupture Generator:</b> </li> | ||
<li><b>Rupture Variations:</b> Individual earthquakes simulated in CyberShake. These are produced by running the rupture geometries specified in the ERF through a rupture generator. Starting with Study 15.4, every rupture variation has had a unique slip distribution and hypocenter location. Rupture variations can be uniquely identified by the tuple (ERF ID, rupture variation scenario ID, source ID, rupture ID, rupture variation ID).</li> | <li><b>Rupture Variations:</b> Individual earthquakes simulated in CyberShake. These are produced by running the rupture geometries specified in the ERF through a rupture generator. Starting with Study 15.4, every rupture variation has had a unique slip distribution and hypocenter location. Rupture variations can be uniquely identified by the tuple (ERF ID, rupture variation scenario ID, source ID, rupture ID, rupture variation ID).</li> | ||
<li><b>SGTs:</b> Acronym for Strain Green Tensors, the data product produced in CyberShake when wave propagation is performed. These are 6-component symmetric tensors. This data product, rather than velocities or accelerations, is produced to enable reciprocal calculations of the seismograms.</li> | <li><b>SGTs:</b> Acronym for Strain Green Tensors, the data product produced in CyberShake when wave propagation is performed. These are 6-component symmetric tensors. This data product, rather than velocities or accelerations, is produced to enable reciprocal calculations of the seismograms.</li> | ||
Latest revision as of 22:29, 1 December 2020
Below is a glossary-in-progress for CyberShake terms.
- ERF:
- Rupture Generator:
- Rupture Variations: Individual earthquakes simulated in CyberShake. These are produced by running the rupture geometries specified in the ERF through a rupture generator. Starting with Study 15.4, every rupture variation has had a unique slip distribution and hypocenter location. Rupture variations can be uniquely identified by the tuple (ERF ID, rupture variation scenario ID, source ID, rupture ID, rupture variation ID).
- SGTs: Acronym for Strain Green Tensors, the data product produced in CyberShake when wave propagation is performed. These are 6-component symmetric tensors. This data product, rather than velocities or accelerations, is produced to enable reciprocal calculations of the seismograms.
