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Lynx A camera generates 3D models in real time

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February 7, 2013

The Lynx A 3D modeling camera in Scene Modeling mode

The Lynx A 3D modeling camera in Scene Modeling mode

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It may look like a rather beefy tablet, but the Lynx A is actually a device that could make life easier for graphic artists, animators, architects, 3D printing enthusiasts, and potentially quite a few other people. Putting it simply, it’s a point-and-shoot camera that creates digital 3D models of whatever it’s pointed at.

The Lynx A was created by Lynx Laboratories, a Texas-based company comprised largely of students from the University of Texas at Austin – the technology that went into the camera was developed at the university.

The Linux-based device utilizes a 640 x 480 color camera and a 3D depth sensor to capture images. Users line up, record and review those images on a 14-inch LCD screen, using two joysticks and four button controls. Files are stored on a 500GB hard disk, and output via USB. Included custom software subsequently allows images to be converted to a number of Windows and Mac-friendly formats.

There are three ways in which the Lynx A can be used.

In Scene Modeling mode, it can capture all of the surfaces within an environment (such as a room) to scale. Users start recording, then just pan the camera around the area. The Lynx A will produce a 3D mesh model of the space, that users can then virtually move through – either on the Lynx’s own screen, or on a computer. Areas of up to 1,000 square feet (93 sq m) can be modeled.

In Object Modeling mode, the user walks around an item that they wish to capture in 3D, continuously shooting it from all sides as they do so. Within seconds of finishing recording, the device creates a virtual 3D model of the object. That model can then be exported to any number of programs, including 3D printing software.

The Lynx A 3D modeling camera in Object Modeling mode

Finally, people such as animators can select Motion Capture mode. In this case, they just hold the camera still as it records video of a person doing a dance, fighting an imaginary dragon, or doing anything else – the person doesn’t need to wear tracking dots, or any other markers.

The Lynx A is able to separate the moving aspects of the shot from the static background, and creates an animated wire-frame model of the moving subject. That model can then be exported to an animation program, to dictate the movements of a computer-generated character.

Lynx Laboratories is currently raising production funds for its device, on Kickstarter. Various packages are available, although if you wish to get your name on the list for a Lynx A with all three modes enabled, a pledge of at least US$2,699 will be required.

"We hope that this camera can do for shape and motion what the conventional camera did to oil painting," team member Albert Rondan told us. "When technology accelerates the development of content, it can open up a world of possibilities."

The camera can be seen in use in the pitch video below.

Source: Lynx Laboratories

Update: The Lynx A Kickstarter campaign exceeded its $50,000 goal with over 30 days to spare.

About the Author
Ben Coxworth An experienced freelance writer, videographer and television producer, Ben's interest in all forms of innovation is particularly fanatical when it comes to human-powered transportation, film-making gear, environmentally-friendly technologies and anything that's designed to go underwater. He lives in Edmonton, Alberta, where he spends a lot of time going over the handlebars of his mountain bike, hanging out in off-leash parks, and wishing the Pacific Ocean wasn't so far away.   All articles by Ben Coxworth
5 Comments

One of the best articles gizmag has had in some time. The product is also great. .

Michael Mantion
7th February, 2013 @ 05:26 pm PST

I often wonder when video games will start capturing their objects, textures and environments rather than creating it from scratch.

Jon A.
8th February, 2013 @ 08:42 am PST

Curious as to how this would compare to a tablet and Kinect or (other 3D camera) using a different 3D reconstruction software such as 'ReconstructMe' which would be under $1,500. Might not be as streamlined of a design but will be easier adoption for those used to Windows.

mados123
8th February, 2013 @ 09:33 am PST

Just also found "Skanect" which is similar to ReconstructMe.

http://skanect.manctl.com

mados123
8th February, 2013 @ 09:43 am PST

This would be the next step on google maps. Full 3D street view

Leonidas Kaplan
8th February, 2013 @ 01:00 pm PST
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