3 D VIEWER PLASTIC HOW TO
Nanoveu will also develop a software development kit for producing 3-D games, and plans to work with game-makers to offer their content in 3-D.Ī detailed installation guide shows how to use one of the apps to install the film and make sure it is properly aligned. An additional app will enable conversion of 2-D images into 3-D, he says. Software applications take photo and video content made with separate images for the left and right eye, “dissect each frame” and then “reassemble them together in a way that our lens can understand,” explains Nanoveu CEO Alfred Chong. The EyeFly 3D could change things, not only because it is relatively inexpensive, but also because Nanoveu promises both high-quality 3-D viewing and “distortion-free” 2-D viewing, at least on certain high-resolution screens. Further, modifying the screen to enable 3-D viewing generally reduces resolution, a fact that has also hindered previous approaches to plastic overlays. But the market hasn’t taken off, in part because the relatively small amount of available content formatted for 3-D doesn’t justify the expense of integrating 3-D technology directly into the hardware (see “ 10 Breakthrough Technologies 2010: Mobile 3-D”). Mobile phone and tablet displays that enable glasses-free 3-D viewing have been available for several years. Loke helped lead the development of the fabrication technique. “We have taken an age-old lenticular lens technology and improved it with nanotechnology,” says Loke Yee Chon g, a researcher at the Singaporean government’s Agency for Science, Technology and Research (A*STAR). In particular, say its inventors, a patent-pending nanofabrication step allows for the application of “perfectly shaped lenses,” each small enough to sit above a single pixel image on the highest-resolution LCD displays on the market, and focus it toward either the right or left eye. What makes the EyeFly unique is its manufacturing process. The lenses send separate images to the left and right eye to create the illusion of depth. The 3-D effect of the “EyeFly 3D” screen protectors, made by Nanoveu, is based on lenticular lens technology, which was invented over a century ago and is used to make posters and postcards that move as the viewer changes his or her perspective. These are no ordinary screen protectors, though-each has half a million tiny lenses precisely patterned on its surface, which can turn an ordinary phone into a device capable of displaying 3-D images and video, no glasses required. Last week, a company in Singapore began shipping $35 plastic screen protectors for the iPhone 5.
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