Monday, August 18, 2014

Watch A Model's Face Transform With Projection Mapped Makeup

http://thecreatorsproject.vice.com/blog/watch-a-models-face-transform-with-projection-mapped-makeup?utm_source=tcptwitterus


Watch A Model's Face Transform With Projection Mapped Makeup

Imagine theater where performers can change their makeup—and essential their character—in real-time without going off stage and applying a new layer of eyeliner. In a new video by Nobumichi Asai called Omote, such a future is imagined as a model's faced is morphed on the spot with makeup made of light.
In the two-minute clip, the subject's face is immersed in transformative visuals, a kind of "digital makeup," using motion capture technology and projection mapping. With impressive accuracy the face is scanned before becoming a series of stunning masks that work even as the face moves around. The visuals range from makeup, rouge and some eyeliner, to a full-on cyborg face with amazing animated visuals that turn the model's face into a reflective surface. 
Projection mapping onto a human face using face tracking technology has been experimented with before, like in this music video, but Omote takes things to the next level by using a living canvas. Asai has projection mapped stages and buildings in the past, but a moving subject (with intense cheek bones) is a whole other level, one-upping thevideo mapped mannequins at the Jean Paul Galtier retrospective at the Brooklyn Museum.
There's very little information on the project detailed on Asai's website, but we can only hope this real-time mapping gets brought to Broadway or arena concerts in the near future. Mid-performance makeup touch ups could become a thing of the past. For information on the team behind this project, head over to Asai's website here.
Related:

Artist 3D-Prints City-Shaped Shells For Hermit Crabs

http://www.boredpanda.com/3d-printed-hermit-crab-shells-architecture-aki-inomata/Artist 3D-Prints City-Shaped Shells For Hermit Crabs

Japanese artist Aki Inomata has partnered with, of all things, hermit crabs, to create a brilliant architectural art project. Using a 3D printer, Inomata created clear plastic shells with cities on them that were then promptly inhabited by their new hermit crab residents.
Hermit crabs usually inhabit vacated snail shells, but in their absence, they’ve been known to inhabit pieces of wood, stone or plastic, so their “partnership” with Inomata isn’t all that strange. Instead of their usual shells, Inomata provided them with tiny works of art to carry on their backs. The series is aptly titled “Why Not Hand Over a ‘Shelter’ to Hermit Crabs?”
Check out the videos below, where you get to see how the shells were made and how the hermit crabs moved in to their new homes.
More info: aki-inomata.com (h/t: spoon-tamago)

New York City

(c) AKI INOMATA

Zaanse Schans

(c) AKI INOMATA

Thailand

(c) AKI INOMATA

Santorini

(c) AKI INOMATA

Honfuer

(c) AKI INOMATA

Ksar of Ait-Ben-Haddou

(c) AKI INOMATA

Why Not Hand Over a “Shelter” to Hermit Crabs?

 Process:


Friday, August 15, 2014

Facial Beauty Analysis - Score Your Face

http://www.anaface.com/
Facial Beauty Analysis - Score Your Face

A Kick To The Chest Gets Frozen As A 3D-Printed Motion Sculpture

A Kick To The Chest Gets Frozen As A 3D-Printed Motion Sculpture

Artist Eyal Gever has turned a battle between two fighters into an abstract 3D printed artwork. Gever, whose previous work has involved simulating the physics of car crashes to create monolithic collision sculptures (as well as other 3D simulations of catastrophic events), used 3D video capture technology of the two fighters, filtered through custom software to create the piece.
After capturing one of the fighters kicking the other and the after effects of the impact, the software animated the traces of their movements, turning their motion into colorful trails which could then be used to create the artwork.
Gever has created sculptures from a variety of simulated events: from nuclear explosions to walls collapsing or water splashing. Each one preserving the moment of impact or action—what he calls "states where rest and motion exist together"—in an abstracted sculpture born from a computer simulation of the event.
From Gever's website:
Beauty can come from the strangest of places, in the most horrific events. My art addresses these notions of destruction and beauty, the collisions of opposites, fear and attraction, seduction and betrayal, from the most tender brutalities to the most devastating sensitivities. I oscillate between these opposites.

3D video capture

Trace simulation

3D printed sculpture
For more of Eyal Gever's work, visit his website here.
Related:

Wednesday, August 6, 2014




The First 3D-Printed Saxophone Sounds Surprisingly Decent


We all know that 3D printers are great for churning out plastic trinkets and tiny sculptures of questionable artistic worth, but what makes the technology truly exciting is when users push the its current limitations to create something remarkable, like a playable plastic saxophonethat doesn't sound half bad.
The New York Philharmonic probably isn't going to be placing orders for Olaf Diegel's 3D-printed saxophone just yet, but after just half a year's worth of work he's managed to create a 3D printed sax that sounds like the real thing. The occasional sour note is a result of spots where air manages to escape the instrument, but Olaf is working on getting the last of those leaks sealed so that every note produced by the sax is in key.
The First 3D-Printed Saxophone Sounds Surprisingly DecentEXPAND
There are 41 nylon components that go into the final, playable saxophone, not including springs for the various keys and screws to keep the whole thing together. The resulting instrument ends up weighing less than a quarter of what a brass version does, and that could very well be a great way to encourage musicians to make the switch. That, and the fact you can print this in any color you want, making it perfect for college marching bands who want to reflect their school's official colors. [ODD Guitars via Gizmag]

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