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Are you looking for 3D TV Information? Do you love going to see 3D movies like Avatar? Does the thought of playing 3D video games make you drool? How about simply watching your television at home in three dimensions. 3D television is here! Believe it! The future of television viewing is now. You may have heard that 3D television was recently unveiled at a popular electronics expose. You probably have some questions about how 3D television works. In this article you will find out all the 3D TV information that you need.
One of the first pieces of 3D TV information that people want to know about are the glasses. Yes for now you will have to wear glasses to view 3D television properly. These are not the cardboard glasses that came in your serial box when you were a child. These glasses have reinforced frames and are built to last. They are made for comfort and ease of use, so don't be discouraged by this fact. Many test subjects reported "I forgot that the glasses were even on my face." Both LG and Phillips are planning on unveiling 3D TVs that don't require glasses that may seem cumbersome to some viewers. These glasses free 3D TVs are expected to be available in late 2011. Using different methods both company s have solved the glasses problem.The newest information comes from Sony and I-MAX who are currently developing an entire 3D television network that is expected to be launched in 2011. This network is rumored to include sports, history and entertainment programming. If you have ever dreamed of a 3D sports channel, then look no further than ESPN. ESPN is also expected to launch an all 3D channel on June 11 of 2010 for the World Cup and at up to 85 other sporting events including but not limited to college football, basketball and the Summer X Games. Panasonic alongside Direct TV are working together to develop three 3D HDTV channels: MTV, CBS, and the all star Major League Baseball games. They are planning on having the details worked out by mid 2010.
Mitsubishi has already begun selling 3D Television, with Sony, LG and Panasonic not far behind. The promise of 3D video gaming and 3D HDTV has many people disappointed that have recently bought flat screens. Had they found 3D TV information before they may have been happy to find that 3D televisions are only $200.00 to $300.00 more than regular flat panel televisions. So prices are in sharp contrast to the $15,000.00 sticker price of the original plasma screens. You will also be happy to know that regular 2D media is still able to be viewed on your new 3D television set.Hopefully the 3D TV information contained within this article has helped you with some of your questions. This exciting new media platform will indefinitely revolutionize the way that television is watched as well as created. If there is any question that was not answered in this article go to resource box below and check out that great website. Find out how 3D television will change your viewing experience forever!Since 3D-ready HDTVs became available, 3D TV has grown in popularity and has gained a real foothold in the marketplace. It's here to stay.
The range of 3D capable HDTVs available to consumers continues to grow. 3D TV leaders Samsung and Mitsubishi have been joined by Panasonic, Sony, LG, and Vizio, among others. And without doubt, more 3D television manufacturers will come along.
3D TV Consumer is here to help you with your search for 3D TV information and to help you find a 3D TV and accessories. Our links will take you to 3D TV manufacturer websites, consumer information sites, and shopping sites where you can learn about and shop for 3D television and accessories.
To learn more about 3D TV and related topics you'll want to visit websites that provide information for consumers.
Manufacturers of 3D ready TVs offer a lot of information for consumers - visit 3D TV manufacturers to see the latest models and specs. do believe 3d television is already possible.
my crt shows 3d depth.. and even a 19 inch philips crt shows depth.
but to make these 3d images, you can certainly combine the left and right image on top of eachother to give depth without glasses.
except that the glasses allow for more depth (especially when popping out of the screen) because the cameras can be placed farther apart.one example..you have an object you want to record in 3d.. to create the illusion, you could place each camera at 20 degrees offset and layer those two seperate images on top of eachother for 3d.but, if you are using glasses.. you can switch from one eyeball to the other to give a stronger result, as the brain will work as the accumulator.this means you can record with 30 degrees of offset and let the brain fill in the weird extra length, thanks to the eyeball being on the side of your head rather than the middle.people with a lazy eye can sometimes switch which eyeball they choose to view from, and these people know exactly what i am talking about.if you place your eyeball down a wall, you wont see much of the wall at all.
but if you switch to the other eyeball that is farthest away from the wall, you can then see the face of the wall.
most often, televisions will have depth.. as if you can reach your hand inside of the television and grab an object on a shelf.popping out of the television requires much more angle offset.there comes a time when a limitation can be seen without glasses.for instance, if you tried to view a globe of the planet earth.. eventually the offset will be too wide and the globe will start to unfold.once the round shape is being deformed, you have to switch to shutter glasses to continue pushing forward.high resolution webcams are enough to capture depth nowadays.its not hollywood quality, but it helps prove recording 3d-like depth is possible with a single camera and a lens.. which can be viewed without special glasses.resolution isnt as important as the amount of colors recorded.i have been watching television on a 19 inch philips crt monitor from 1998 .. and the television shows inwards depth (not as much as my 1080i sony crt though)cameras need upgraded, as well as the software used to 'touch' the video after it has been recorded.nothing like having the analog to digital convertor capture everything.. then the software used to save the final video removes lots of colors that are hardly seen by the eye.usually these extra colors arent necessarily valuable when recording objects.. but the colors can represent things like UV rays, and they really help record the air between the camera and the object.a time will come when videos are compressed to save space, and the information removed are these special colors talked about.it is the same colors that make video games look realistic or fake.if the shader model doesnt allow for the colors to be rendered in the atmosphere, you will have to 'burn them' into the textures to get a final result with the colors included.photo realistic is becoming generic, as cameras are evolving to show more detail of the precious space between object and camera.a picture from the 1990's probably doesnt show such vast amount of shading (or UV light)with that said, photorealistic could simply mean higher resolution textures without the 'air space' included.i would think some actual photos used to texture a 3d object will not have the result of brain-tricking realism.because sometimes, viewing depth is easier on a television or computer monitor than it is in real life.people have different values of sight, so it would be best to exaggerate the 'air space' so that everyone who isnt legally blind can actually be persuaded to view the 'gas'
One of the first pieces of 3D TV information that people want to know about are the glasses. Yes for now you will have to wear glasses to view 3D television properly. These are not the cardboard glasses that came in your serial box when you were a child. These glasses have reinforced frames and are built to last. They are made for comfort and ease of use, so don't be discouraged by this fact. Many test subjects reported "I forgot that the glasses were even on my face." Both LG and Phillips are planning on unveiling 3D TVs that don't require glasses that may seem cumbersome to some viewers. These glasses free 3D TVs are expected to be available in late 2011. Using different methods both company s have solved the glasses problem.The newest information comes from Sony and I-MAX who are currently developing an entire 3D television network that is expected to be launched in 2011. This network is rumored to include sports, history and entertainment programming. If you have ever dreamed of a 3D sports channel, then look no further than ESPN. ESPN is also expected to launch an all 3D channel on June 11 of 2010 for the World Cup and at up to 85 other sporting events including but not limited to college football, basketball and the Summer X Games. Panasonic alongside Direct TV are working together to develop three 3D HDTV channels: MTV, CBS, and the all star Major League Baseball games. They are planning on having the details worked out by mid 2010.
Mitsubishi has already begun selling 3D Television, with Sony, LG and Panasonic not far behind. The promise of 3D video gaming and 3D HDTV has many people disappointed that have recently bought flat screens. Had they found 3D TV information before they may have been happy to find that 3D televisions are only $200.00 to $300.00 more than regular flat panel televisions. So prices are in sharp contrast to the $15,000.00 sticker price of the original plasma screens. You will also be happy to know that regular 2D media is still able to be viewed on your new 3D television set.Hopefully the 3D TV information contained within this article has helped you with some of your questions. This exciting new media platform will indefinitely revolutionize the way that television is watched as well as created. If there is any question that was not answered in this article go to resource box below and check out that great website. Find out how 3D television will change your viewing experience forever!Since 3D-ready HDTVs became available, 3D TV has grown in popularity and has gained a real foothold in the marketplace. It's here to stay.
The range of 3D capable HDTVs available to consumers continues to grow. 3D TV leaders Samsung and Mitsubishi have been joined by Panasonic, Sony, LG, and Vizio, among others. And without doubt, more 3D television manufacturers will come along.
3D TV Consumer is here to help you with your search for 3D TV information and to help you find a 3D TV and accessories. Our links will take you to 3D TV manufacturer websites, consumer information sites, and shopping sites where you can learn about and shop for 3D television and accessories.
To learn more about 3D TV and related topics you'll want to visit websites that provide information for consumers.
Manufacturers of 3D ready TVs offer a lot of information for consumers - visit 3D TV manufacturers to see the latest models and specs. do believe 3d television is already possible.
my crt shows 3d depth.. and even a 19 inch philips crt shows depth.
but to make these 3d images, you can certainly combine the left and right image on top of eachother to give depth without glasses.
except that the glasses allow for more depth (especially when popping out of the screen) because the cameras can be placed farther apart.one example..you have an object you want to record in 3d.. to create the illusion, you could place each camera at 20 degrees offset and layer those two seperate images on top of eachother for 3d.but, if you are using glasses.. you can switch from one eyeball to the other to give a stronger result, as the brain will work as the accumulator.this means you can record with 30 degrees of offset and let the brain fill in the weird extra length, thanks to the eyeball being on the side of your head rather than the middle.people with a lazy eye can sometimes switch which eyeball they choose to view from, and these people know exactly what i am talking about.if you place your eyeball down a wall, you wont see much of the wall at all.
but if you switch to the other eyeball that is farthest away from the wall, you can then see the face of the wall.
most often, televisions will have depth.. as if you can reach your hand inside of the television and grab an object on a shelf.popping out of the television requires much more angle offset.there comes a time when a limitation can be seen without glasses.for instance, if you tried to view a globe of the planet earth.. eventually the offset will be too wide and the globe will start to unfold.once the round shape is being deformed, you have to switch to shutter glasses to continue pushing forward.high resolution webcams are enough to capture depth nowadays.its not hollywood quality, but it helps prove recording 3d-like depth is possible with a single camera and a lens.. which can be viewed without special glasses.resolution isnt as important as the amount of colors recorded.i have been watching television on a 19 inch philips crt monitor from 1998 .. and the television shows inwards depth (not as much as my 1080i sony crt though)cameras need upgraded, as well as the software used to 'touch' the video after it has been recorded.nothing like having the analog to digital convertor capture everything.. then the software used to save the final video removes lots of colors that are hardly seen by the eye.usually these extra colors arent necessarily valuable when recording objects.. but the colors can represent things like UV rays, and they really help record the air between the camera and the object.a time will come when videos are compressed to save space, and the information removed are these special colors talked about.it is the same colors that make video games look realistic or fake.if the shader model doesnt allow for the colors to be rendered in the atmosphere, you will have to 'burn them' into the textures to get a final result with the colors included.photo realistic is becoming generic, as cameras are evolving to show more detail of the precious space between object and camera.a picture from the 1990's probably doesnt show such vast amount of shading (or UV light)with that said, photorealistic could simply mean higher resolution textures without the 'air space' included.i would think some actual photos used to texture a 3d object will not have the result of brain-tricking realism.because sometimes, viewing depth is easier on a television or computer monitor than it is in real life.people have different values of sight, so it would be best to exaggerate the 'air space' so that everyone who isnt legally blind can actually be persuaded to view the 'gas'
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