Posts Tagged ‘3dmodel’

Behind the Scenes with Nikon’s Industrial Design Team

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Designing a camera from start to finish takes a lot of work by a lot of talented people. What begins as brainstorming and sticky notes must be turned into sketches, 3D renderings, and physical products. Even the UI has to be meticulously planned so that it is intuitive, speedy and responsive.

At Nikon, there is one overall department that handles all of these tasks: The Industrial Design Department. And the company just recently released a great behind the scenes video that walks you through the Nikon design process from sketch to finish. Read more…

Creating 3D Portraits Using an Array of Digital Cameras

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Chilean visual artist Felipe Baeza is doing some pretty interesting work with Matrix-style camera rigs. Instead of bullet time videos, Baeza uses his rig to create 3D portraits of subjects that can then be displayed in augmented reality or through a 3D model viewer.
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Make a Custom Snow Globe Using Photos of Your House

Here’s a fantastic project/gift idea for those of you who are both tech-savvy and artsy: make a custom snow globe of your house. The process involves capturing photographs of the house from all sides, turning the images into a 3D model of the home using a 3D modeling program (e.g. Google Sketchup), turning the 3D model into a physical object using a 3D printing service (e.g. Shapeways), and then sticking the object into a custom snow globe kit. Qarl has published a step-by-step tutorial on the process.

the weather outside is frightful (via Boing Boing)

Photographer Promotes New Site with QR Code Made from Ordinary Objects

QR codes have become an extremely popular way of linking to digital things from the physical world, and more and more businesses are displaying them in order to direct customers to their websites. Photographer David Sykes (whom we previously featured here) decided to take advantage of the craze to promote his new website and blog. Instead of an ordinary QR code, however, he decided to create an 8-foot square model of the code using things such as boots, calculators, briefcases, boomboxes, and champagne bottles. He then photographed the code on film and mailed out limited edition prints.
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Make a DIY Macro Lens for Your Phone with 3D Printing

Want a super simple macro lens for your phone without shelling out big bucks? You can use 3D printing to assemble your own! Shapeways user Lens42 has created a 3D model for a slide-on iPhone lens — all you need to do is have the 3D model printed for $11 and to attach a $4 glass lens from Surplus Shed (part number L4471) using some superglue. If you have something other than an iPhone but know your way around 3D modeling programs, you make some measurements yourself and have a custom 3D model printed.

3D Printed iPhone slide on Macro Lens [3DFuture]

Animation Showing How the Canon 10D and 24-85mm Lens are Assembled

This animation was created by students of the Engineering 128: Advanced Engineering Design Graphics course at UC Berkeley during the Spring 2008 semester. The first part shows a Canon 10D DSLR exploding into its individual parts, and then those parts coming together again to slowly rebuild the camera, while the second part does the same for a Canon 24-85mm lens. Pretty dang impressive considering that it’s for an undergraduate course.

High-resolution 3D Models of Cities Created from Aerial Photographs

If you thought Google Earth was cool, check out the work being done by Swedish corp C3 Technologies. Using only photos shot from planes, they can automatically create high-resolution 3D models of entire cities that can then be explored. The above video shows a beautiful fly-by of New York City.

All of the C3 products are based on high-resolution photography captured with carefully calibrated cameras. For every picture, the positions and angles of the cameras are calculated with extremely high precision, using an advanced navigation system. This is what enables C3 to give each pixel its geographical position with very high accuracy. [#]

They can also apply the technology to turn panoramic photographs captured at street-level into 3D models of the scene that the user can navigate through freely. Hopefully this kind of thing makes its way to products like Google Maps soon. It would also be awesome for creating maps in video games!

(via Photoxels)