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3D TV
...c]] and put out flat focus images. They typically require the user to wear 3D glasses.

257 bytes (39 words) - 18:52, 24 June 2024
Parallax barrier
...s). Its purpose is to create the illusion of depth by presenting different images to each eye. ...ns perceive depth. This technology is commonly used in applications like [[3D TV]]s, [[handheld gaming device]]s, and [[smartphone]]s to create immersive

872 bytes (131 words) - 06:29, 6 October 2024
Flatfocus solidview
...use there are minimal solidity cues that enable stereopsis from flat focus images other than binocular cues. When viewed by someone with two eyes, the images fuse together through [[stereopsis]] from binocular disparity and form the

1 KB (155 words) - 16:09, 2 November 2024
Bat
'''Bat''' is a 3D control peripheral designed for medical applications. ...o interact with objects in three-dimensional space (generated using stereo images).<ref name="m720">{{cite web | author=Authority control databases | title=R

580 bytes (82 words) - 10:26, 6 October 2024
JPS
...rew Woods 2005 o439">{{cite web | title=3D Gallery | website=Stereoscopic (3D) Imaging by Andrew Woods | date=June 5, 2005 | url=http://www.andrewwoods3d

734 bytes (103 words) - 06:10, 17 February 2025
Three-dimensional display
...ocal cues, which are depth cues that use the individual focus of each eye. 3D displays work by showing different parts of an image at different focal dep ...-computer interaction loop, which can be used in 3D software for design. A 3D display shows [[depth cue]]s based largely on focus and/or [[binocular disp

4 KB (694 words) - 12:56, 4 February 2025
Partial solidity
...resent, but some are not. The most known example is of flatfocus solidview images, such as classical stereograms. RealD 3D cinemas have partial stereopsis.

525 bytes (74 words) - 12:36, 27 August 2024
Head-worn computer
...3D view of which one has control over the contents of the scene using a [[3D control peripheral]]. ...rs. In VR, the display is not transparent and only virtual information and images are displayed in front of wearer's eyes. In AR, the display is usually tran

1 KB (226 words) - 21:53, 8 February 2025
Binocular disparity
...ion]] and [[depth perception]]. It is in many cases the primary enabler of 3D perception, especially in [[flat-focus VR headset]]s.

507 bytes (68 words) - 23:14, 28 February 2025
Multifocal display
...lly not tell the difference by sight alone. The way it works is by showing images at multiple focuses (focii) at the same time. ...generally made using a sequential focal stack, where very quickly multiple images are shown and the focus of the optical system changes at the same time. It

1 KB (207 words) - 00:13, 26 March 2025
Lytro
* US8749620B1 - 3D light field cameras, images and files * US8559705B2 - Interactive refocusing of electronic images

2 KB (226 words) - 00:10, 26 March 2025
Wiggle stereogram
...typical flat screen and a flat image file format when one doesn't have any 3D technology available. The sense of depth from such images is due to [[parallax]] and to changes to the [[occlusion culling|occlusion]

7 KB (1,094 words) - 03:26, 26 February 2025
SteamVR Base Station
'''SteamVR Base Stations''' are 3D tracking devices that send out lasers that are picked up by a headset or pe ==Images==

2 KB (290 words) - 12:00, 20 September 2024
Project Beyond
...tent to a [[Samsung Gear VR]] [[HMD]]. The camera is able to create a live 3D environment of its location for the wearer of the HMD. *UHD 3D - ultra-high definition 3D images in every direction you look.

2 KB (219 words) - 09:03, 5 September 2024
Looking Glass Factory
'''Looking Glass Factory''' is a company that makes 3D displays, specifically: flat-focus autostereoscopic displays. The images that the Looking Glass displays generate prompts [[vergence-accommodation c

2 KB (248 words) - 02:53, 1 October 2024
Rend 386
...e 7, 1993. Accessed from https://cuttlefish.org/seanclark2020/uploads/sega-3d-glasses-to-pc-interface.pdf</ref><ref name="u255">{{cite web | last=Bland |

820 bytes (126 words) - 13:04, 30 August 2024
Simultaneous localization and mapping
...ping''' (SLAM) is a method of [[3D tracking]] that uses cameras to capture images of an environment and uses computer vision to determine the pose of a rigid ...ololens 1]] and the [[Magic Leap 1]] both use a SLAM-type system for their 3D tracking.

1 KB (160 words) - 11:42, 1 February 2025
Lightspace Technologies
'''Lightspace''' is a 3D multifocal head mounted display startup.<ref>https://web.archive.org/web/20 ...lar | title=Method and system for displaying sequence of three-dimensional images | website=Google Patents | date=2018-06-15 | url=https://patents.google.com

2 KB (285 words) - 02:29, 27 September 2024
Prizmiq
...online retailers increase their revenues and drive conversions. Prizmiq's 3D product viewing technology is built to be fully ready for virtual and augme ...wants to change online shopping. Prizmiq captures and creates interactive 3D product experiences for e-commerce, engaging shoppers and driving product i

4 KB (551 words) - 16:28, 27 August 2024
Photogrammetry
...ition of surface points. This technology enables the production of precise 3D models of real subjects for scientific simulations, entertainment, medicine ...r, this requires studio setup and the results are still not as detailed as 3D scans.

5 KB (720 words) - 16:28, 27 August 2024