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SOOOOOO.. You had kids but you also want a life?  SOLUTION:

The Optimization of Parenthood is a robot arm which reacts whenever a baby placed in the bassinet cries or awakes from sleep. The arm will speed up if the baby cries and it can also offer a bottle of milk or a favorite toy.

Broke parents are often pigeonholed into being full time parents, the cost of childcare sucks every penny away so even if they want to continue their creative work, they can’t economically swing it. Its often not so much a choice as it is, what we call The Default to Suck. As a result, the parent, and in reality, almost always the mother,  loses the very creative practice they spent an entire life building.  The result? We end up on medication, angry, depressed and/or bitches who need a shower.

If however, we could eliminate much of the routine, tedious, monotony of parenting while still continuing a creative practice we will have optimized the process of parenting without loses what makes us interesting. Automatic repetitive parenting task can be transferred to devices, without affecting ‘the development of the baby’ while still letting the parent live up to their fullest breeder and artistic potential.

Winning.

Already have your robot arm laying around and just need the code to get your life back? Here you go.

 

This project was developed with support from the STUDIO for Creative Inquiry at Carnegie Mellon University and created at the Digital Fabrication Laboratory, (dFab), CMU School of Architecture with Technical Assistants from Madeline Gannon

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Learning from the lessons of the 1%, I set forth to outsource our occupy-related labor to a robotic workforce. Robots obviously have many advantages over their human counterparts. For instance, robots never get tired, they don’t get cold, they don’t sleep, nor eat, don’t require tents, and when armed insurrection becomes necessary, robots are much more morally ambivalent. Additionally, we had a discussion with an unnamed member of the San Francisco police force and they confided in us that the police currently do not have any plan for dealing with robotic occupiers.

For all of those reasons and more, I present to you Occu(pi) Bot; the first in a promising line of tireless, unstoppable, robotic class warriors.

Learn how to make your own:
http://instructables.com/r/occupy/

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Posted on November 17, 2011

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For the 2010 Cinekid festival we took the GML loving RoboTagger one step further by directly connecting it to the new and improved Eyewriter 2.0 system, allowing children visiting the festival to write their name with their eyes and have it drawn by a giant, bright orange robot arm onto paper which they could take home with them.

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The system allowed them to both draw with their eyes and type with a keyboard. The keyboard was by far the most popular with the kids and it would send the letters they made to the robot using a typeface designed by paralysed graffiti artist Tempt1, made with the original Eyewriter system.

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Here is the full alphabet of Tempt1’s typeface ( grab a gml version ). Notice the EW signature in the corner :)

This is the Eyewriter 2.0 hardware. Now a glasses free design which is more more accurate, using a hacked PS3 Eye camera with two external LED clusters to make reference glints in the eye.

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Open Source:

Both the Eyewriter code and the Livewriter code are open source projects, made with openFrameworks. You can follow them on Github: Eyewriter Main Repo and Cinekid Livewriter Repo.

Credits:

Livewriter @ Cinekid:
Theo Watson, Golan Levin and Gijs Van Wee, Jan Van Laar ( Polynorm )
Based on the GML Robotagger by Golan Levin and Evan Roth

Eyewriter 2.0 Crew:
Zachary Lieberman, Ito Takayuki, Golan Levin, Kyle McDonald

Eyewriter Team:
Tempt1, Evan Roth, Chris Sugrue, Zachary Lieberman, Theo Watson and James Powderly.

Big thanks to:
Clint Beharry, Rui pereira, Lucas Werthein, Paul Ferragut, The Eyewriter Collab, Parsons The New School For Design, ABB and Polynorm.

Extras Special Thanks to Joost Broersen from Cinekid for making this happen!

Big thanks to Gijs Van Wee and Jan Van Laar from Polynorm who designed the hardware and software for the Livewriter and a big thanks to ABB for supplying us with the robot. Also big thanks to Golan for sharing his robot code and for inspiring the project!

Here is Jan making some late night additions to the robot.
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Gijs admiring his spring loaded marker pressure system, designed to give a conistant pressure to the marker.
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Made with openFrameworks :)
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About Eyewriter:
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The EyeWriter project is an ongoing collaborative research effort to empower people who are suffering from ALS with creative technologies. It is a low-cost eye-tracking apparatus & custom software that allows graffiti writers and artists with paralysis resulting from Amyotrophic lateral sclerosis to draw using only their eyes.

To find out more about the Eyewriter project vist the main Eyewriter site: http://www.eyewriter.org/

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Posted on November 4, 2010

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Benjamin Gaulon (aka recyclism) has converted his graffiti writing paint ball robot, PrintBall, to be compatible with Graffiti Markup Language (GML).

Workflow:
Tempt1 (in Los Angeles) drew this tag with his eyes using the EyeWriter software, where it was converted to Graffiti Markup Language (GML), and uploaded it to the online GML database 000000book. The tag was then downloaded by Benjamin (in Dublin), imported into his PrintBall robot and blasted onto a wall.

Huge props to Benjamin for getting this all working. Make sure to check out his other projects at recyclism.com

(More photos here.)

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Posted on March 9, 2010

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