I was fortunate enough to be provided with a Chibitronics Love to Code prototype board for evaluation and use in a project. A conversation with Colleen Graves about blackout poetry inspired this project, in which a poem is revealed by light. I chose "Boo, Forever" by Richard Brautigan.
Spinning like a ghost
on the bottom of a
I am haunted by all the
space I will live without
you.I re-used a laser cut wood box from a prototype for a different project. It has sides two inches deep.
I built a paper circuit on the piece of wood cut from the front of the box. I used conductive copper tape and white Chibitronic LEDs. In the areas of the circuit where the ground needed to cross one of the A pins circuits, I used pieces of the anti-static bag from the LEDs to provide a non-conductive bridge for the copper tape.
Above the LEDs were two pieces of wood the same size with rectangular slots cut to expose the LEDs below. A piece of parchment paper was placed on top of the second sheet to diffuse the LED light.
The poem was also laser cut through a piece of wood.
On top of the four layers of wood is a piece of dark blue laser cut acrylic.
The Chibitronics LtC board clips onto copper tape leads that are attached to the circuit board. The four leads are sandwiched between pieces of packing tape to form a ribbon cable. The board hangs behind the wood and acrylic pieces.
The acrylic and wood pieces are held in place at the front of the frame with a laser cut wood bezel that is wood glued to the front of the box.
3D printed brackets designed in Tinkercad hold the acrylic and wood in place from inside the frame. They are contact cemented to the interior of the front of the box.
The sketch running on the LtC board is still a work in progress. Right now it turns on the the title and the two sentences in sequence. It is super difficult to photograph!
Video does not capture the ghostly effect of the text hovering behind the acrylic, but hopefully you get the idea.
The ease with which one crafts and programs the Chibitronics Love to Code board is an exciting preview of things to come. Although still in beta, the web-based programming interface is packed is helpful examples, and the clever way of programming the board through the headphone jack and an audio signal is magical and nearly fool proof. Keep and eye out as the hardware is finalized and released: you will want to add it to your maker toolkit!