ilyakh

Discovered public repositories for ilyakh in the GitHub catalog.

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ilyakh/processing-layout-engine

Public repository.

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ilyakh/sonen-talk-schedule

Automatic talk schedule mapping for the makerspace events.

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ilyakh/cst

"Cast", a utility environment with command line access.

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ilyakh/sonen-temporary

Single static page presentation of our makerspace for the immatriculation week.

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ilyakh/sonen-v5

A theme for an institutionalized makerspace. Commissioned by the Institute of informatics at University of Oslo. Most noteworthy traits: noscript tolerance, responsiveness, support for IE8.

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ilyakh/serial-trigger

Triggers a ADC recording by a serial message passed from Matlab via Arduino, to record the reaction to stimuli through probes in the brain of a mouse.

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ilyakh/acceleration-logger-v3

Cheap acceleration/rotation logger made through a long, painful and expensive process. Fetches motion data via I2C and stores it on an SD-card handled by an OpenLog from SFE.

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ilyakh/tusenfryd-visual

Visualization tool for a generic science instrument. An attempt to automate frame-in-frame & data video splicing via Processing. Word of advice, get yourself a FinalCut Pro.

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Simple recipe to develop and assign privileges to a wordpress installation specific for local servers at the Institute of informatics. I will never repeat this process again. Made me take a better look at sh.py.

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ilyakh/analog-accelerometer-visualization

Arduino and Processing combined to visualize a tri-axial accelerometer output.

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ilyakh/sommer-wordpress

A semi-responsive, graphic theme commissioned by faculty of mathematics at university of oslo. Default background courtesy of "Ribbons" demo from Processing examples. Proudly created ahead of order.

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ilyakh/jardin

json-based communication protocol for Arduino with device handshake detection. Consistently defined communication over efficiency. A great deal of C-pointers.

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ilyakh/Krydderino15

Krydderino for Energi X konferansen

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ilyakh/solidpython-elements

Parametric elements designed in SolidPython. Improves the usual CSG workflow through use of OOP principles. Also, the 'box' is now a 'cuboid'. Thanks to Evan T. Jones for the 'solidpython' it was based on.

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