Difference between revisions of "SCEC Visualization Projects"
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M8 wave propagation simulations show the supershear M8 rupture and strong ground motions extending across much of southern California for this scenario event. More information on this simulation is posted on the [[M8]] Project page. | M8 wave propagation simulations show the supershear M8 rupture and strong ground motions extending across much of southern California for this scenario event. More information on this simulation is posted on the [[M8]] Project page. | ||
| − | [[File:m8_wave_snap.png|200px|thumb|right| M8 Wave Propagation Movie]] | + | [[File:m8_wave_snap.png|200px|thumb|right| Fig 1: M8 Wave Propagation Movie]] |
*[http://scecdata.usc.edu/maechling/M8-1.0-vmag-ry-0to2_800.mov M8 Wave Propagation Movie] (140 MB) | *[http://scecdata.usc.edu/maechling/M8-1.0-vmag-ry-0to2_800.mov M8 Wave Propagation Movie] (140 MB) | ||
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M8 Wave Height Field movies show M8 simulation ground motion intensity (velocity magnitude) as exaggerated local elevation. | M8 Wave Height Field movies show M8 simulation ground motion intensity (velocity magnitude) as exaggerated local elevation. | ||
| − | [[File:height_field_snap.png|200px|thumb|left| M8 Velocity Mag as Height Field]] | + | [[File:height_field_snap.png|200px|thumb|left| Fig 2: M8 Velocity Mag as Height Field]] |
*[http://visservices.sdsc.edu/projects/scec/m8/1.0/movies/M8-1.0-Vmag-Height-Field_720.mov Low res movie] (65 MB) | *[http://visservices.sdsc.edu/projects/scec/m8/1.0/movies/M8-1.0-Vmag-Height-Field_720.mov Low res movie] (65 MB) | ||
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Vector Field with narration show new techniques for visualizing 4D vector fields. Work was done by Amit Chourasia and Emmett Smith J.B. Minster while working as a SCEC Intern. Amit and Emmett presented this work at a computer visualization conference SiGGraph in 2010. The final version HD version of this animation is more than 800MB is size and will be posted only on request. | Vector Field with narration show new techniques for visualizing 4D vector fields. Work was done by Amit Chourasia and Emmett Smith J.B. Minster while working as a SCEC Intern. Amit and Emmett presented this work at a computer visualization conference SiGGraph in 2010. The final version HD version of this animation is more than 800MB is size and will be posted only on request. | ||
| − | [[File:glyphsea_snap.png|200px|thumb|right| Ground Motion Vector Visualization (Narrated)]] | + | [[File:glyphsea_snap.png|200px|thumb|right| Fig 3: Ground Motion Vector Visualization (Narrated)]] |
*[http://scecdata.usc.edu/maechling/GlypSea.mp4 Vector Viz Animation (Preliminary)] (199MB) | *[http://scecdata.usc.edu/maechling/GlypSea.mp4 Vector Viz Animation (Preliminary)] (199MB) | ||
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We are working to compute and visualize building response to SCEC simulation ground motions. In this example, a 18 story steel frame building is shaken by M8 ground motions in the Northridge, California area. This is preliminary result that we hope to refine by SC10. | We are working to compute and visualize building response to SCEC simulation ground motions. In this example, a 18 story steel frame building is shaken by M8 ground motions in the Northridge, California area. This is preliminary result that we hope to refine by SC10. | ||
| − | [[File:m8_nr_18_steel_frame_snap.png|200px|thumb|left| Virtual Shaker Results with M8 data in Northridge with building nodes color-scaled to peak displacement.]] | + | [[File:m8_nr_18_steel_frame_snap.png|200px|thumb|left| Fig 4: Virtual Shaker Results with M8 data in Northridge with building nodes color-scaled to peak displacement.]] |
*[http://scecdata.usc.edu/maechling/m8-northridge(colmap).mov M8 and Virtual Shaker] | *[http://scecdata.usc.edu/maechling/m8-northridge(colmap).mov M8 and Virtual Shaker] | ||
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Student Intern Project that tries to explain the Modified Mercalli Intensity Scale using videos of Earthquake Shaking. | Student Intern Project that tries to explain the Modified Mercalli Intensity Scale using videos of Earthquake Shaking. | ||
| − | [[File:MMI_viz_guide_snap.png|200px|thumb|right| Educational Video on MMI Intensity Scale]] | + | [[File:MMI_viz_guide_snap.png|200px|thumb|right| Fig 5: Educational Video on MMI Intensity Scale]] |
*[http://scecdata.usc.edu/maechling/MMI_RC10.wmv MMI Movie] | *[http://scecdata.usc.edu/maechling/MMI_RC10.wmv MMI Movie] | ||
Revision as of 23:00, 22 September 2010
SCEC Visualizations
SCEC researchers produce a wide variety of scientific movies and animations to help us better understand our research results and to convey these results to other scientists and the general public. SCEC Visualization Groups include SDSC, PSC, USC, and SCEC Interns. Below are links to resource providers and recent examples of their work.
Contents
Recent SCEC Visualization Highlights
M8 wave propagation simulations show the supershear M8 rupture and strong ground motions extending across much of southern California for this scenario event. More information on this simulation is posted on the M8 Project page.
- M8 Wave Propagation Movie (140 MB)
M8 Wave Height Field movies show M8 simulation ground motion intensity (velocity magnitude) as exaggerated local elevation.
- Low res movie (65 MB)
- HD movie (204 MB)
Vector Field with narration show new techniques for visualizing 4D vector fields. Work was done by Amit Chourasia and Emmett Smith J.B. Minster while working as a SCEC Intern. Amit and Emmett presented this work at a computer visualization conference SiGGraph in 2010. The final version HD version of this animation is more than 800MB is size and will be posted only on request.
We are working to compute and visualize building response to SCEC simulation ground motions. In this example, a 18 story steel frame building is shaken by M8 ground motions in the Northridge, California area. This is preliminary result that we hope to refine by SC10.
Student Intern Project that tries to explain the Modified Mercalli Intensity Scale using videos of Earthquake Shaking.
SDSC Visualization Services
M8 Simulation Animations:
- M8 Viz Webpage
- Low res movie (65 MB)
- HD movie (806 MB)
GlyphSea Vector Volume Viz (Narration included)
Wall2Wall Ensemble Simulation Animation
ShakeOut 2.3 Simulation (Narration included)
TeraShake 2.1 Simulation (Narration included)
Punte Hills Simulation
TeraShake 1.3 (Narration included)
