lenticular and barrier strip 3-d technology use shifting patterns of two images to create the 3-d image. The picture is flat in the photo because you have to be in front of the monitor to see the 3-d effect. This is also a problem because if you move away from the "sweet-spot", the spot where your eyes converge and see two separate images, you loose the 3-D effect.
Finally, to see real 3-d the images must be stereoscopic, few people know how to shoot images in stereo, and 2-d images converted to 3-d are not the same, or exibit the same quality.
New 3-D displays are wonderful, and the technology is improving. (We did not have autostereoscopic displays 10 years ago.)
Hopefully, I can find the capital to continue working on perfecting 3-D video for industrial and professional markets. It is a stereoscopy is a demanding technology, and the rules of 2-d media production do not work.
If you have red-blue glasses you can see a sample of my work at www.florida3d.com.
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lenticular and barrier strip 3-d technology use shifting patterns of two images to create the 3-d image. The picture is flat in the photo because you have to be in front of the monitor to see the 3-d effect. This is also a problem because if you move away from the "sweet-spot", the spot where your eyes converge and see two separate images, you loose the 3-D effect.
Finally, to see real 3-d the images must be stereoscopic, few people know how to shoot images in stereo, and 2-d images converted to 3-d are not the same, or exibit the same quality.
New 3-D displays are wonderful, and the technology is improving. (We did not have autostereoscopic displays 10 years ago.)
Hopefully, I can find the capital to continue working on perfecting 3-D video for industrial and professional markets. It is a stereoscopy is a demanding technology, and the rules of 2-d media production do not work.
If you have red-blue glasses you can see a sample of my work at www.florida3d.com.