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Wall2Wall

ShakeOut

Terashake
- 2.3
- 2.2
- 2.1
- 1.4
  - SA Maps
- 1.3
  - SA Maps
- 1.2
  - SA Maps
- 1.1
- Compare
- Imagery
- Conceptual
Puente Hills
- SA Maps
CMU Data
Frechet Kernel
Rupture Dynamics

Terashake 2.1 (Rupture Dynamics)

Animations were created using SDSC's Vista volume renderer and Adobe's After Effects.

Visualization Credits:	Amit Chourasia, Steve Cutchin - Visualization Services, SDSC
Simulation Credits:	SCEC and SDSC

Note to Vis 2006 Contest participants. The movies and images on this page were created using the full reolution data (3000x1500x400). The data provided at the vis 2006 contest has been subsampled to (750x375x100) . The material on this page is for refrence only and contains visualizations of other data products as well. These images/movies are not eligible for Vis contest.

Movie for General Audience

Narrated Movie:

1920x1080 (198 mb)
720x405 (65 mb)

Make sure you speakers are on.

The animation to be featured at the

IEEE Vis 2006 Scientific Animation Theatre in Baltimore

3D Volume Velocity Movies

Instantaneous Velocity Components

every 100th timestep, vmag every 30th timestep

Depth of the volume (vertical axis) is scaled 2 times

Movies: Volumetric X Velocity

Still Camera

1920x1080 (10.5 mb)
1024x576 (3.9 mb)

Flying Camera with

Surface Velocity magnitude topographic deformation

1920x1080 (31 mb)
1024x576 (10.5 mb)

every 100th timestep, vmag every 30th timestep

Depth of the volume (vertical axis) is scaled 2 times

Movies: Volumetric Y Velocity

Still Camera

1920x1080 (11.8 mb)
1024x576 (4.5 mb)

Flying Camera with

Surface Velocity magnitude topographic deformation

1920x1080 (35.1 mb)
1024x576 (13.8 mb)

every 100th timestep, vmag every 30th timestep

Depth of the volume (vertical axis) is scaled 2 times

Movies: Volumetric Z Velocity

Still Camera

1920x1080 (10.4 mb)
1024x576 (3.8 mb)

Flying Camera with

Surface Velocity magnitude topographic deformation

1920x1080 (31 mb)
1024x576 (12.5 mb)

every 100th timestep

Depth of the volume (vertical axis) is scaled 2 times

OLD Movies: Volumetric Y Velocity

800 x 600 with Map(13.8 mb)
800 x 600 without Map(14.3 mb)

2D Surface Velocity Movies
Cumulative Peak Velocity Magnitude
every 10th timestep	Movies: Cumulative Peak Velocity Magnitude 1280 x 768 (4.2 mb) 1024 x 614 (2.7 mb) 800 x 480 (1.9 mb) Movies: Slow Cumulative Peak Velocity Magnitude 1280 x 768 (4.2 mb) 1024 x 614 (2.7 mb) 800 x 480 (1.9 mb) Codec: Quicktime Sorenson V3
Instantaneous Velocity Magnitude
every 10th timestep	Movies: Instantaneous Velocity Magnitude 1280 x 768 (49 mb) 1024 x 614 (30.8 mb) 800 x 480 (21.6 mb) Codec: Quicktime Sorenson V3
Instantaneous Velocity Components
every 10th timestep	Movies: Instantaneous X Velocity Component 1280 x 768 (91.8 mb) 1024 x 614 (59.7 mb) 800 x 480 (42 mb) Codec: Quicktime Sorenson V3
every 10th timestep	Movies: Instantaneous Y Velocity Component 1280 x 768 (91.3 mb) 1024 x 614 (59.6 mb) 800 x 480 (41.7 mb) Codec: Quicktime Sorenson V3
every 10th timestep	Movies: Instantaneous Z Velocity Component 1280 x 768 (81.8 mb) 1024 x 614 (52.6 mb) 800 x 480 (36.7 mb) Codec: Quicktime Sorenson V3

2D Surface Displacement Movies
Cumulative Peak Displacement Magnitude
every 10th timestep	Movies: Cumulative Peak Velocity Magnitude 1280 x 768 (40.5 mb) 1024 x 614 (25.6 mb) 800 x 480 (18.1 mb) Codec: Quicktime Sorenson V3
Instantaneous Displacement Magnitude
every 10th timestep	Movies: Instantaneous Velocity Magnitude 1280 x 768 (49 mb) 1024 x 614 (30.8 mb) 800 x 480 (21.6 mb) Codec: Quicktime Sorenson V3
Instantaneous Velocity Components
every 10th timestep	Movies: Instantaneous X Displacement Component 1280 x 768 (53.6 mb) 1024 x 614 (35.0 mb) 800 x 480 (24.7 mb) Codec: Quicktime Sorenson V3
every 10th timestep	Movies: Instantaneous Y Displacement Component 1280 x 768 (58.1 mb) 1024 x 614 (38.1 mb) 800 x 480 (26.8 mb) Codec: Quicktime Sorenson V3
every 10th timestep	Movies: Instantaneous Z Displacement Component 1280 x 768 (53.3 mb) 1024 x 614 (34.2 mb) 800 x 480 (24.0 mb) Codec: Quicktime Sorenson V3