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Stereoscopic Gif Android

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Camera setting on continuous shot, shift weight from left foot to right foot while shooting continuous shots to get the 3D perspective. Stack them in a gif editor of any kind and bam you've got your stereoscopic gif. Dec 26, 2018 Tutorial cara buat foto bergetar atau sering disebut smooth 3d stereoscopic. Menggunakan kinemaster Semoga tutorial simpel ini bisa bermanfaat buat anda Jika ada request atau pertanyaan silahkan. In SP Maker click File-Open Stereo Image. Navigate to the DCIM/Nintendo folder and choose a.MPO file, and click open. Click Adjust-Auto Alignment, then close on the popup. Click File-Save Animation Gif, and save it where you like! There you have it! Here's an example of one I've done.

Stereoscopic
Example of wiggle stereoscopy, a street in Cork, Ireland in 1927

Wiggle stereoscopy is an example of stereoscopy in which left and right images of a stereogram are animated. This technique is also called wiggle 3-D or wobble 3-D, sometimes also Piku-Piku (Japanese for 'twitching').[1]

Stereoscopic
Stereoscopic

The sense of depth from such images is due to parallax and to changes to the occlusion of background objects. In contrast to other stereo display techniques, the same image is presented to both eyes. Animation can be done in a web browser with an animated GIF image, Flash animation, or JavaScript program.

Advantages and disadvantages[edit]

Wiggle stereoscopy offers the advantages that no glasses or special hardware is required; most people can perceive the effect more quickly than when using cross-eyed and parallel viewing techniques. Furthermore, it offers stereo-like depth also to people with limited or no vision in one eye.

Disadvantages of wiggle stereoscopy are that it does not provide true binoculardepth perception; it is not suitable for print media, being limited to displays that can alternate between the two images, and it is difficult to appreciate details in images that are constantly in motion.

Gif
Example of wiggle stereoscopy, a street in Cork, Ireland in 1927

Wiggle stereoscopy is an example of stereoscopy in which left and right images of a stereogram are animated. This technique is also called wiggle 3-D or wobble 3-D, sometimes also Piku-Piku (Japanese for 'twitching').[1]

The sense of depth from such images is due to parallax and to changes to the occlusion of background objects. In contrast to other stereo display techniques, the same image is presented to both eyes. Animation can be done in a web browser with an animated GIF image, Flash animation, or JavaScript program.

Advantages and disadvantages[edit]

Wiggle stereoscopy offers the advantages that no glasses or special hardware is required; most people can perceive the effect more quickly than when using cross-eyed and parallel viewing techniques. Furthermore, it offers stereo-like depth also to people with limited or no vision in one eye.

Disadvantages of wiggle stereoscopy are that it does not provide true binoculardepth perception; it is not suitable for print media, being limited to displays that can alternate between the two images, and it is difficult to appreciate details in images that are constantly in motion.

Number and timing of images[edit]

Stereoscopic Gif Android Background

Most wiggle images use only two images, yielding a jerky image. A smoother image can be composed by using several intermediate images and using the left and right images as end images of the image sequence. If intermediate images are not available, approximate images can be computed from the end images using techniques known as view interpolation.[2] The two end images may be displayed for a longer time than the intermediate images to allow inspection of details in the left and right images.

Another option for reducing the impression of jerkiness is to reduce the time between the frames of a wiggle image.[citation needed]

Perception[edit]

The sense of depth from wiggle 3-D images is due to parallax and to changes to the occlusion of background objects.[3]

Although wiggle stereoscopy permits the perception of stereoscopic images, it is not a 'true' three-dimensional stereoscopic display format in the sense that wiggle stereoscopy does not present the eyes with their own separate view each.

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The apparent stereo effect results from syncing[clarification needed] the timing of the wiggle and the amount of parallax to the processing done by the visual cortex. Three or five images with good[clarification needed] parallax may produce a better effect than simple left and right images.[citation needed]

Wiggling works for the same reason that a transitional pan (or tracking shot) in a film provides good depth information: the visual cortex is able to infer distance information from motion parallax, the relative speed of the perceived motion of different objects on the screen. Many small animals bob their heads to create motion parallax (wiggling) so they can better estimate distance prior to jumping.[4][5][6][citation needed]

Gallery[edit]

  • Example of wiggle stereoscopy

  • A wiggle stereogram of the Sun alternating between left and right eye images taken by the NASA's STEREO solar observation mission

  • Layered rock at the Home Plate plateau on Mars

  • World War I stereo view

  • The Jinriksha. The chief mode of travel in Japan for Centuries

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Wikimedia Commons has media related to Wiggle stereo animated images.
  • The music video for 'Broccoli' by D.R.A.M. makes extensive use of the wiggle stereoscopy effect using multiple frames per loop.[7]
  • The music video for 'Shadow Moses' by Bring Me The Horizon also uses this technique.

See also[edit]

References[edit]

  1. ^Simulated 3D—Wiggle 3D, Shortcourses.com
  2. ^For a recent overview of view interpolation techniques, see for example N. Martin, S. Roy: Fast view interpolation from stereo: Simpler can be better (PDF), Proceedings of 3DPTV'08, The Fourth International Symposium on 3-D Data Processing, Visualization and Transmission, June 18–20, 2008, Georgia Institute of Technology, Atlanta, GA, USA
  3. ^John Altoft: Data visualization for ESM and ELINT. Visualizing 3-D and hyper-dimensional data, Defense R&D Canada (DRDC) Ottawa, Contract Report 2011-084, June 2011
  4. ^Steinman & Garzia 2000, p. 180 harvnb error: no target: CITEREFSteinmanGarzia2000 (help)
  5. ^Legg and Lambert 1990 harvnb error: no target: CITEREFLegg_and_Lambert1990 (help)
  6. ^Ellard, Goodale and Timney, Behavioural Brain Research 14(1) & October 1984, pp.29-39 harvnb error: no target: CITEREFEllard,_Goodale_and_TimneyBehavioural_Brain_Research_14(1)October_1984 (help)
  7. ^'Big Baby D.R.A.M. - Broccoli feat. Lil Yachty (Official Music Video)'. YouTube. 22 July 2016.

Stereoscopic Gif Android Image

Further reading[edit]

  • Scott B. Steinman, Barbara A. Steinman and Ralph Philip Garzia. (2000). Foundations of Binocular Vision: A Clinical perspective. McGraw-Hill Medical. ISBN0-8385-2670-5

External links[edit]

Stereoscopic Gif Android App

  • Stereo-animator at New York Public Library website
  • Wigglegram Android application for Wigglegrams

Stereoscopic Gif Android Camera

Retrieved from 'https://en.wikipedia.org/w/index.php?title=Wiggle_stereoscopy&oldid=974749855'




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