Author: seltzerb

bright bright for ipad

Lite-Brite

The lite-brite is a toy I’m sure we all remember from our youth.  The simple toy, composed of a back light, plastic shell, and a multi-holed interface for the insertion of plastic lights (the impetus for the namesake “light”).  The bright then ostensibly refers to the light waves given off by the refraction of incandescence through the translucent plastic pieces.

These pieces come in an array of natural colours, primary and secondary in order to let the viewer fixate on any artwork imaginable without being taken out of the experience due to a limited palette.  The lite brites themselves act as a mirror into what we truly want to create and thus perceive with something more than our minds eye- it must become real and thus is no longer seen as beautiful, but beautiful-seen.

The lite-brite was invented in 1967 as an obvious homage to skywriting, neon as an artifice of direction and enchantment, and the constant shifting of lighted-highway signs.  This amalgamation proved to be both a welcome opportunity for artistic advancement in those not naturally gifted, as well as an outlet for the inner light to be reflected in the warm visage of a child’s face.

 

Either way, Lite on you crazy diamond.

tinkercad

Tinkercad and Intuitive Design

With the rise in 3-d printing and the availability of such machines as an affordable outlet for design and creation with real world application has come the need for reasonable printing design emulators.  Sites like thingiverse and shapeways, hundreds of printing designs can be easily downloaded, and after running through the correct software, printed speedily and without hassle.  Some of these sites are limited to browsing currently existing designs, and Tinkercad hopes to fill the void between creation and dissemination.

 

Tinkercad is an online 3-d model planner used to create designs compatible with Makerware and other 3-d printing software.  Once the design is created it can be easily imported from tinkercad to these programs, and from there saved to an SD card or USB drive and loaded onto a printer.  The “workplane” looks like this:

 

Tinkercad workplane

 

From here comes the option of combining shapes, letters, and numbers to make nearly anything, within the boundaries of finite detail.  Some examples include:

 

Glasses-

tinkercad-rise-eyewearr-1152x720

 

Dice-

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And other useful and not-so-useful objects-

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The Tinkercad software itself is quite intuitive and easy to use.  With dozens of tutorials built into the creator itself, grasping the basics and more advanced techniques with the program is both simple and fun.  It was straightforward and uncomplicated for me to quickly create complex objects from the limited but encompassing variety of 3d pieces provided.

 

After the designs are finalized, they can be easily saved and imported into Makerwrare.  After some quick formatting changes, they are sually ready to be printed on either our Makerbot I or Makerbot 5th generation machines.

 

Happy Making!

 

https://tinkercad.com/

 

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Maker Space Renovation

 

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Greetings, Comrades!

 

As the Media Center moves into the summer months, we have big changes planned for all the movers and shakers on campus.  The room formerly known as the collaboration station will be renovated as a new Makerspace.  What is a Makerspace you ask?  To describe them simply, makerspaces are community centers with tools. Makerspaces combine manufacturing equipment, community, and education for the purposes of enabling community members to design, prototype and create manufactured works that wouldn’t be possible to create with the resources available to individuals working alone.  All are united in the purpose of providing access to equipment, community, and education, and all are unique in exactly how they are arranged to fit the purposes of the community they serve.

The Dickinson Media Center has a number of new tools at its disposal to assist in the “making” part of the new room.  Along with two recently purchased 3-d printers and dozens of new instructional e-books on creating electronic apparatuses, we now have two rasberry pi single-board computers, a makey-makey, Arduino electronics, and a 3-d printing pen.  Check out our cool new tech toys in action!

 

 

 

 

Check out the current state of the “collaboration station”, then drop by and see all the changes that are expected to be finished Summer 2014.

 

 

 

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