Category: Visual Programming
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Pixelquipu installed at the Open Data Institute
Pixelquipu Inca Harddrives installed at the Open Data Institute (Weaving Codes/coding with knots, with Julian Rohrhuber at the Institut Fuer Musik und Medien) Part of their Thinking out Loud exhibition. Julian also built a sonification installation to play the quipu at different times of the day. Here’s a closeup:
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A tanglebots workshop report
I’ve tried a lot of different ways of teaching children programming, starting a few years ago with primary school children in a classroom, then doing inset training days for teachers and finally private tutoring in homes. For the finale to the weavingcodes project we are trying a new approach, teaching families about code, robotics and…
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Sonic Bikes to Sonic Kayaks – using puredata
When I first started working on the Sonic Bikes project with Kaffe Matthews in 2013 I had just moved to Cornwall, and I used the Penryn river for developing “The swamp that was” installation we made for Ghent. We’ve always talked about bringing this project here, but the various limitations of cycling (fast roads, stupid…
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Tanglebots workshop preparation
It’s workshop time again at Foam Kernow. We’re running a Sonic Kayak development open hacklab with Kaffe Matthews (more on this soon) and a series of tanglebots workshops which will be the finale to the weavingcodes project. Instead of using my cobbled together homemade interface board, we’re using the pimoroni explorer hat (pro). This comes…
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Red King: Host/Parasite co-evolution citizen science
A new project begins, on the subject of ecology and evolution of infectious disease. This one is a little different from a lot of Foam Kernow’s citizen science projects in that the subject is theoretical research – and involves mathematical simulations of populations of co-evolving organisms, rather than the direct study of real ones in…
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Pixel Quipu
The graphviz visualisations we’ve been using for quipu have quite a few limitations, as they tend to make very large images, and there is limited control over how they are drawn. It would be better to be able to have more of an overview of the data, also rendering the knots in the right positions…
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The UAV toolkit & appropriate technology
The UAV toolkit’s second project phase is now complete, the first development sprint at the start of the year was a bit of research into what we could use an average phone’s sensors for, resulting in a proof of concept remote sensing android app that allowed you to visually program different scripts which we then…
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Airborne drag-drop programming, the next steps
This autumn we are continuing work on the UAV toolkit with Karen Anderson and her research group at the Environment and Sustainability Institute. This time we have a mission to help the Westcountry Rivers Trust by coming up with fast and cheap ways they can build maps of farms to determine water run-off problems, which…
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Coding with knots: Inca Quipu
This week I’m teaching at IMM Düsseldorf with Julian Rohrhuber which has given me a chance to follow up a bit on Inca Quipu coding with knots, a dangling thread from the weavecoding project. Quipu are how the Incas organised their society, as they had no written texts or money – things like exchanges (for…
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Tangible programming: detecting flip, rotation and id with magnets
When we started designing the pattern matrix we wanted to include the possibility of encoding more than binary (which side is up) using the magnets. In order to test this, we made the bottom row of sensors with 4 in a square – the rest only have one sensor currently (to avoid blowing the budget…