Click here to read this mailing online.

Your email updates, powered by FeedBlitz

Here is a sample subscription for you. Click here to start your FREE subscription

  1. Linkdump: November 2015
  2. A Retrospective of Lo-Res Digital Art from Maker Faire NY
  3. Thanksgiving Sale
  4. The Boldport Buggy
  5. Octolively derivative at ARMTechCon
  6. More Recent Articles
  7. Search Evil Mad Scientist Laboratories
  8. Prior Mailing Archive

Linkdump: November 2015


A Retrospective of Lo-Res Digital Art from Maker Faire NY

Quin's B&W Selfie Camera

I came across some slips of paper from Maker Faire New York this year which can best be desribed as ephemeral low resolution digital art. Above is a B&W selfie from the Qduino Mini Thermal Printer.

Hive76's ASCII Camera

The ASCII Art Camera from Hive76 used a small inkjet printer and a webcam.

Plinko Poetry

Plinko Poetry created poetry by detecting the path of a disc falling between pegs across scrolling headlines.

The most extreme example of this art form I came across was the ITP project by Ross Goodwin which algorithmically generates a sort of novelette from a source picture. uses convolutional neural networks (via Clarifai) to extract concept words from images. It expands those initial words (mostly nouns) into sentences and paragraphs using a lexical relationship database (ConceptNet) and a flexible template system.

The source picture for mine can be viewed on the site along with the full text. You can generate new ones by uploading a picture, but that is not nearly as satisfying as interacting with it in person. The physical project was housed in a vintage camera body with a small thermal printer, so that the camera itself was generating the art.

Accidental Glitch Art

The confluence of inexpensive electronics and relative ease of working with embedded systems that made all this art possible can also generate unexpected results. This last piece of accidental glitch art is from Quin’s project: while trying to print a picture, it encountered an error and gave me a printout of unintelligible characters interspersed with bits of picture.

Related: CNC halftones with ASCII art



Thanksgiving Sale

Thanksgiving sale graphic

The Evil Mad Scientist Thanksgiving Sale is running now through Monday. Coupon code TURKEY will get you 10% off sitewide, and we have a list of kits on additional discount on our specials page. Thanks for being our awesome readers and customers!


The Boldport Buggy

Boldport Buggy

Introducing the Boldport Buggy kit.

This simple and playful soldering kit is based on the on the beautiful Buggy circuit board designed by Saar Drimer of Boldport.

Boldport Buggy

Boldport Buggy

The first version of this circuit board was created as a badge for the hardware security conference in The Hague. This new version of the Buggy is a complete kit, featuring an updated circuit board, with a power switch and six candle-flicker LEDs.

Boldport Buggy

A cool detail is that its six legs are actually the current-limiting resistors for those six LEDs. They are posable (giving it quite a bit of personality) and we have given it little red tubing socks to cover up the otherwise-conductive feet.

Boldport Buggy Boldport Buggy

The Boldport Buggy kit is available now at our store, and you can read more about its design at Boldport.


Octolively derivative at ARMTechCon

Mouser display based on Octolively

We dropped by ARMTechCon last week to check out a tip sent in by email (thanks, Barry!) that Mouser Electronics was displaying something that looked like our Octolively modules.

Kids interacting with LEDs
Photo courtesy of Mouser

Mouser staff had been inspired by an installation of our Interactive LED Panels to create something interactive that they could show off at Engineers Week at the Fort Worth Museum of Science and History. They used the Octolively as the basis for their project, and the kids loved it of course.

Blue "M" in LEDs

For trade shows, they built up a display with a mix of blue and white LEDs to show off the Mouser “M”. Based on the foot traffic it got while I was at the booth, it is quite popular.


They made some minor changes from our original Octolively design and used different connector types to highlight Mouser’s product lines. The heart of the project is still the 40-pin DIP ATmega164P (perhaps anomalous at an ARM conference) running our Octolively code, which gave the Mouser folks a chance to play with some microcontroller programming.

Interactive display based on Octolively

It’s always exciting to see a derivative of one of our projects in the wild. Thanks to the Mouser folks for sharing their project story and sending the museum picture for us to share.


More Recent Articles

You Might Like

Click here to safely unsubscribe from "Evil Mad Scientist Laboratories."
Click here to view mailing archives, here to change your preferences, or here to subscribePrivacy