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PLAYING TOGETHER
BECOMING MATERIAL
A WEARABLE STUDIO PRACTICE
ANATOMY OF A PIN
MAKING AS A MEANS OF EXPLORING
MAKE YOUR TECH AND WEAR IT TOO
MAKE TOOLS, NOT PARTS
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Bigger Penguin (2012)

Connections:

INPUTS
Bend Sensor Left (BSL) – A0
Bend Sensor Right (BSR) – A1
Squeeze Sensor (squeeze) – A2
4-way tilt (T1, T2) – 7, 8
Stroke sensor (stroke) – 2
Beak pushbutton (beak) – ?
3-axis accelerometer (x,y,z) – A3, A4, A5

OUTPUTS
RGB LED (R, G, B) – 5, 6, 3 (pwm)
Speaker (speaker) – 4
Vibration motor (vibe) – 9 (pwm)

COMMUNICATION
WiFly Shield – 10, 11, 12, 13
BlueSmirf HD – RX, TX

Manually adding wings

Before and after soldering.

Positioning eyes.

Arduino with all connections wired. 4-pin female header for Wifly shield connection.

4-axis gryo and speaker

Vibration motor and LED in hot glue

Squeeze sensor.

Bend sensors.

Adding the zipper.

The long black fur is a real pain to work with, it get everywhere and is shiny black and hard to see the edges of the fabric when you are sewing. But it looks and feels great.

Longer fur and fleece beak, looks much better. I am thinking of leaving the feet, as they are not a functional part of the interface and look somewhat clumsy.

Bigger penguin with short fur does not look so good.


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