…So I built two things, a website and a dress.
I went over the connection of these things in the Design post.
I built the website using my old reliable WordPress. Starting with the Twenty Fourteen theme I made some adjustments to match it up with the Indesign mocks. Nothing too complicated, the “Spots” and “Shop” pages are fairly face-value mocks with very little available interaction. The home and profile pages are both internally scrollable lists of divs populated with info from SQL databases. The sidebar is filled with a variety of completely non-functioning, but lovely looking, widgets.
The dress runs off a Raspberry Pi, which hosts the SQL databases used by the website and runs the python program that makes everything work. As an immediate feedback some fibre optics light up when the dress is touched, a colour for different body parts (waist=purple, hip=green, hand=blue, etc.). At the same time the dress registers when and where it was touched to a database to be displayed on the user profile, as well as adding a certain number of points to the user total. The user total determines their place on the homepage leader board. The sensor used is a capacitive one, specifically this one, from Adafruit. Its used with conductive thread to pick up human contact all over the dress. The illumination is provided by the Pimoroni Blinkt, which provides some unbelievably bright and pretty colour effects for such a small (and cheap) piece of tech. It saved me having to wire and code a bunch of LEDs individually. Absolutely adore it.
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Adafruit 12-Key Capacitive Touch Sensor Breakout – MPR121: Add lots of touch sensors to your next microcontroller project with this easy-to-use 12-channel capacitive touch sensor breakout board, starring the MPR121. This chip can handle up to 12 individual touch pads. Read more.
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