Immersive Visualization / IQ-Station Wiki

This site hosts information on virtual reality systems that are geared toward scientific visualization, and as such often toward VR on Linux-based systems. Thus, pages here cover various software (and sometimes hardware) technologies that enable virtual reality operation on Linux.

The original IQ-station effort was to create low-cost (for the time) VR systems making use of 3DTV displays to produce CAVE/Fishtank-style VR displays. That effort pre-dated the rise of the consumer HMD VR systems, however, the realm of midrange-cost large-fishtank systems is still important, and has transitioned from 3DTV-based systems to short-throw projectors.

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File list
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Date Name Thumbnail Size User Description Versions
15:53, 22 February 2024 Skin RGB v2.png (file) 2.17 MB WSherman Barney/HayStack output of Skin dataset using new 4-channel rendering (view 2) 1
15:51, 22 February 2024 Skin RGB v1.png (file) 1.55 MB WSherman Barney/HayStack output of Skin dataset using new 4-channel rendering (view 1) 1
15:57, 15 February 2024 Process composite.png (file) 136 KB WSherman High level view of the expected rendering/interaction process to view and annotate Mayo Clinic large-volume dataset. 1
15:54, 15 February 2024 Paraview sbs.png (file) 232 KB WSherman ParaView side by side volume rendering of the 0.1% sub-sampled copy of the Mayo Clinic Skin dataset. 1
14:52, 15 February 2024 Mayo red.png (file) 955 KB WSherman The Mayo Clinic Skin dataset, red-channel only, one 16th of the data at full resolution. Rendering using "hayStack" with the "Barney" library. 1
17:42, 7 November 2014 BC UALR 3806m.jpg (file) 416 KB WSherman Thursday dinner at Tokyo House (all you can eat Sushi and more) 1
17:41, 7 November 2014 BC UALR 3811m.jpg (file) 351 KB WSherman Some participants at the Tokyo House 1
17:36, 7 November 2014 BC UALR 3887m.jpg (file) 190 KB WSherman Nikhil demonstrating his tablet scanner to Jason (post-bootcamp) 1
17:35, 7 November 2014 BC UALR 3884m.jpg (file) 271 KB WSherman Yassine demonstrating a point-cloud viewer in the CAVE to Rick and Pawel 1
17:33, 7 November 2014 BC UALR 3873m.jpg (file) 214 KB WSherman Bill testing the Oculus Rift DK-2 1
17:30, 7 November 2014 BC UALR 3800m.jpg (file) 421 KB WSherman Tom trying the tablet interface to Immersive ParaView 1
17:27, 7 November 2014 BC UALR 3795m.jpg (file) 257 KB WSherman Tamera trying out the brain puzzle in the Oculus Rift DK-2 1
17:22, 7 November 2014 BC UALR 3789m.jpg (file) 331 KB WSherman Jason demonstrating Unity on the Oculus Rift DK-2 1
17:18, 7 November 2014 BC UALR 3787m.jpg (file) 347 KB WSherman Demonstrations of Immersive ParaView and Unity on the Oculus Rift DK-2 1
17:16, 7 November 2014 BC UALR 3785m.jpg (file) 270 KB WSherman Jason demonstrating Unity on the Oculus DK-2 w/ Razer Hydra 1
17:13, 7 November 2014 BC UALR 3782m.jpg (file) 250 KB WSherman Nikhil demonstrating Immersive ParaView to Pawel 1
20:23, 6 November 2014 BC UALR 3781m.jpg (file) 233 KB WSherman Bill introducing the demonstration segment of the bootcamp 1
20:22, 6 November 2014 BC UALR 3771m.jpg (file) 317 KB WSherman Demonstration preparations with Nikhil (Immersive ParaView) and Jason (Unity-3D) 1
20:21, 6 November 2014 BC UALR 3770m.jpg (file) 365 KB WSherman Bootcamp participants viewing a human anatomy demonstration presented by Carolina and Yassine 1
20:20, 6 November 2014 BC UALR 3764m.jpg (file) 243 KB WSherman Participants in the UALR EAC CAVE viewing a geology visualization 1
20:18, 6 November 2014 BC UALR 3858m.jpg (file) 331 KB WSherman Nikhil presenting his work at the University of Wyoming 1
20:17, 6 November 2014 BC UALR 3843m.jpg (file) 206 KB WSherman Eric responding to question from Rick via DoubleRobotics iPad 1
20:17, 6 November 2014 BC UALR 3841m.jpg (file) 160 KB WSherman Rick asking a question during Eric's talk (over DoubleRobotics iPad) 1
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