Visualizations - Revision history

Maechlin at 16:53, 15 July 2016

2016-07-15T16:53:15Z

Maechlin at 16:45, 3 July 2016

2016-07-03T16:45:42Z

Maechlin at 16:36, 3 July 2016

2016-07-03T16:36:44Z

Maechlin at 16:35, 3 July 2016

2016-07-03T16:35:44Z

Maechlin at 16:28, 3 July 2016

2016-07-03T16:28:58Z

Maechlin at 16:19, 3 July 2016

2016-07-03T16:19:14Z

Maechlin at 16:18, 3 July 2016

2016-07-03T16:18:40Z

Maechlin at 16:14, 3 July 2016

2016-07-03T16:14:58Z

Maechlin at 16:14, 3 July 2016

2016-07-03T16:14:41Z

Maechlin at 16:13, 3 July 2016

2016-07-03T16:13:31Z

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 Building response animation showing 18 story steel frame response to M8 ground motions records (Swaminathan Krishnan et al 2010)
 == Related Entries ==
 *[[CME Project]]

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 *[http://hypocenter.usc.edu/research/viz/scec-shakeout-comparison.mov Side-by-Side Comparison of ShakeOut Earthquake from 3 methods (27MB) .mov format]
 Map view animations showing side-by-side comparison of ground motions produced by 3 different ground motion simulation methods (Graves, AWP, and Hercules).
 == Dynamic Rupture Simulations ==

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 == Building Response Animations ==
 *[http://hypocenter.usc.edu/research/viz/20100907-172825.mov 18 Story Steel Frame Building Response Animation (122MB) .mov format]
-Building response animation showing 18 story steel frame response to M8 ground motions records (Swami Krishan et all 2010)
+Building response animation showing 18 story steel frame response to M8 ground motions records (Swaminathan Krishnan et al 2010)
 == Related Entries ==
 *[[CME Project]]

@@ Line 36: / Line 36: @@
 *[http://hypocenter.usc.edu/research/viz/ShakeOut_Compare_Sliprate_1600.mov Comparisong of multiple ShakeOut Rupture Simulation (45MB) .mov format]
 Fault surface slip animations comparing results from kinematic rupture and multiple ShakeOut dynamic rupture simulations (Steve Day, Kim Olsen et al 2008)
 == Related Entries ==
 *[[CME Project]]

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 *[http://hypocenter.usc.edu/research/viz/M8-1.0-Vmag-Height-Field_1280.mov M8 simulations using perspective and Height Field (124.8 MB) .mov format]
 The M8 animations that follows the rupture from central California to Mexico, showing velocity magnitude as height field. (Amit Chourasia et al 2010)
 *[http://hypocenter.usc.edu/research/viz/w2w-compare-hvmag-ry.mov Wall to Wall simulations comparing effects of N-S, S-N, and bi-lateral ruptures (48.8 MB) .mov format]
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 *[http://hypocenter.usc.edu/research/viz/w2w-1hzbl_1280.mov Glyphsea Technique used to show ground motions vectors from bi-lateral San Andreas Rupture (11.3MB) .mov format]
 Map view animation using Glyphsea visualization for wall to wall San Andrea bi-lateral rupture (Amit Chourasia, Kim Olsen, Yifeng Cui et al)
 == Related Entries ==
 *[[CME Project]]

← Older revision		Revision as of 16:14, 3 July 2016
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−	This is a ~~collect~~ of SCEC Ground Motion simulation visualizations.	+	This is a collection of SCEC Ground Motion simulation visualizations.

	== Ground Motion Simulation 4D Dataset ==		== Ground Motion Simulation 4D Dataset ==

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 == Ground Motion Simulation 4D Dataset ==
 *[http://sciviscontest.ieeevis.org/2006/data.html TeraShake2 Simulation data]
-SCEC worked with IEEE animation group in 2006 to provide and define a 4D (x,y,z,t) earthquake simulation dataset that could be used in an IEEE visualization contest.
+SCEC worked with IEEE animation group in 2006 to provide and define a 4D (x,y,z,t) earthquake simulation dataset that could be used in an IEEE visualization contest. The SCEC IEEE earthquake simulation data set (4D dataset) (2006) is posted online. The web pages contain descriptions of the data, and links to where the data can be downloaded. (Kim Olsen, Phil Maechling et al 2006)
 == Example Ground Motion Animations ==

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 == Example Ground Motion Animations ==
-*[http://hypocenter.usc.edu/research/viz/M8-1.0-vmag-ry-0to2_800.mov Map view of M8 ground motions (144Mb) .mov format]
+*[http://hypocenter.usc.edu/research/viz/M8-1.0-vmag-ry-0to2_800.mov Map view of M8 ground motions (144MB) .mov format]
 This map view animations shows the M8 rupture propagation south on the San Andreas Fault in southern California using Ely style color-scales. Based on the file-metadata these ground motions are based on the y-component of motion. (Amit Chourasia, Geoff Ely, et al 2010)
-*[http://hypocenter.usc.edu/research/cybershake/UCERF3_TEST/visualizations/GPU_southern_hypo_models.mp4 Statewide Rupture (10.5Mb) .mp4 format ]
+*[http://hypocenter.usc.edu/research/cybershake/UCERF3_TEST/visualizations/GPU_southern_hypo_models.mp4 Statewide Rupture (10.5MB) .mp4 format ]
 Ground motion simulation for State-wide California Earthquake using paraview. (Scott Callaghan et all 2016)
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 Rupture simulation showing Plastic Yielding (Dan Roten et al 2015)
-*[http://hypocenter.usc.edu/research/viz/hh.mov Fault and Wave propagation rupture comparison (120.8Mb) .mov format]
+*[http://hypocenter.usc.edu/research/viz/hh.mov Fault and Wave propagation rupture comparison (120.8MB) .mov format]
 Fault and wave propagation animation comparing waves from smooth fault and velocity model to waves from rough fault and velocity model with small scale heterogeneities. (Kim Olsen et al 2014)
-*[http://hypocenter.usc.edu/research/viz/M8-1.0-Vmag-Height-Field_1280.mov M8 simulations using perspective and Height Field (124.8 Mb) .mov format]
+*[http://hypocenter.usc.edu/research/viz/M8-1.0-Vmag-Height-Field_1280.mov M8 simulations using perspective and Height Field (124.8 MB) .mov format]
 The M8 animations that follows the rupture from central California to Mexico, showing velocity magnitude as height field. (Amit Chourasia et al 2010)
 *[http://hypocenter.usc.edu/research/viz/Compare-M8-1.0-Dynamic-vs-Kinematic.mov Fault Rupture Comparison (6.7MB) .mov format]
 Comparison showing rupture on fault surface from a dynamic rupture simulation and from a kinematic simulation. Shows only the fault surface and not the ground motion values.
 == Related Entries ==
 *[[CME Project]]