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pallu

  1. 1. Rana Mayur C. Rathod Gunwant M.
  2. 2. Watching movies in the third dimension might seem like space-age entertainment, but the technology is older than your great grandfather. According to Sensio, a Canada-based manufacturer of 3D home technology. stereoscopic photography, or the technique of creating a "third dimension", was first invented in 1838.
  3. 3. 3D technology is the illusion of depth. It is a visual representation system that tries to create or reproduce moving objects in the third dimension. Watching movies in the third dimension might seem like space-age entertainment, but the technology is older than your great grandfather.
  4. 4. IN Simple Words that We have feel that whatever happens in 3d effect it is part of our real life.
  5. 5. USING 3D GLASSES.. Types… 1> Anaglyph 3D Glasses 2> Polarized 3D Glasses
  6. 6. Anaglyph 3D Glasses Lenses of red/ blue or red/green for interpreting anaglyph art. Used for viewing 3D comics, 3-D web sites on the internet, movies and TV, 3D games, printing and art.
  7. 7. Polarized 3D Glasses Both linear and circular polarizing lenses. Polarized 3D glasses are used primarily for 3D laser shows, 3d ride simulators, multimedia displays,
  8. 8. Pulfrich 3D Glasses One dark and one clear lens. Pulfrich 3D Glasses work with objects or scenes moving horizontally across the field of view. This is one of several ways to experience broadcast TV in 3-D. The Pulfrich method of 3D is used for TV, video and 3D computer displays.
  9. 9. D4RENCES:::
  10. 10. • In a movie theater, the reason why you wear 3D glasses is to feed different images into your eyes just like a ViewMaster does. The screen actually displays two images, and the glasses cause one of the images to enter one eye and the other to enter the other eye. There are two common systems for doing this .. • It is called stereoscopic tecquine.
  11. 11. Although the red/green or red/blue system is now mainly used for television 3-D effects, and was used in many older 3-D movies. In this system, two images are displayed on the screen, one in red and the other in blue (or green). The filters on the glasses allow only one image to enter each eye, and your brain does the rest. You cannot really have a color movie when you are using color to provide the separation, so the image quality is not nearly as good as with the polarized system.
  12. 12.  The red and blue lenses filter the two projected images allowing only one image to enter each eye.
  13. 13. Cross eyes seperation mehod
  14. 14.  Polarization At Disney World, Universal Studios and other 3D venues, the preferred method uses polarized lenses because they allow color viewing. Two synchronized projectors project two respective views onto the screen, each with a different polarization. The glasses allow only one of the images into each eye because they contain lenses with different polarization.
  15. 15.  The polarized glasses allow only one of the images into each eye because each lens has a different polarization.
  16. 16. In making 3d Films… Likes Raone , Avatar ,Don 2 …. Making 3d display of TeliVision.. Making 3d Games…. Call of Duty Dead Rising .. Bat man
  17. 17. Today so many company are making 3d TV… Like … 1>Toshiba 2>Samsung 3>sony.. 4>panasonic. 5>sharpe 6>LG And worlds no 1 company Apple declared that it will be make 3d ipod ,and laptop in early season..
  18. 18. **Today World’s famoums company Toshiba found that new techonology ..** we can see watch 3d image without 3d glasses. In 2010 toshiba is made one tv in which above system is Followed.
  19. 19. Toshiba ZL2 Series • A 55-inch version of the ZL2 will be available in Europe in December 2011 called 55ZL2. It is expected to cost around 8000 Euro. A different variant is expected in the US and Asia in 2012.
  20. 20. Feature of Toshiba TV Resoution :: 3840x2160 55 inches Price ::8000 euro in eupore. Lcd penal…
  21. 21. It is no secret that students of today live in a multimedia world where they use video as their primary form of engagement and communication. Teachers and administrators are looking for ways to present information to students that will not only spark their interest, but also encourage them to explore a subject more thoroughly. Meaningful understanding, exploration which usually translates means into higher deeper student achievement, whether measured via standardized tests or an increased graduation rate. The advent of affordable 3D technology promises to bring into reality the dream of fully engaged students. Are you ready?
  22. 22.  What are the disadvantages of 3D Cinema/Television? Valid disadvantages of current 3D technologies are: 1) Watching 3D content will always result in loss of brightness in some form or another regardless of what 3D technology you are using (e.g. polarized, shutterglass, etc.) 2) The glasses are uncomfortable for people who don't normally wear glasses, because those people are not used to wearing glasses and the novelty of it becomes a point of
  23. 23. 3) The glasses are uncomfortable for people who do normally wear glasses, because the 3D glasses must be worn over those existing glasses (unless 3D clip-on lenses are 4) used) Shutterglass 3D technology requires on-going maintenance (e.g. replacing or charging batteries). Passive 3D technology does not require much maintenance, but it is also rare to find on the consumer market (despite being the most popular choice for commercial theaters in North America). 5) The cost of adding or replacing shutterglasses for consumer 3D TV is expensive (e.g. $150 per pair)
  24. 24. 6) For standard Cable TV broadcasts, it is not possible to achieve 1080i High Definition for 3D content using the existing cable TV standards. Instead, 3D content is broadcast in a lower resolution format (still looks good though). 7) 3D content can in some cases cause varying degrees of eye-strain to some viewers, especially after watching for long periods of time.

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