PCB soldered with all our wiring that controls the cameras shutter, LEDs and frequency analyser
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Peter Solarz

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Misplaced Lens Cap
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PCB soldered with all our wiring that controls the cameras shutter, LEDs and frequency analyser
More results from different exposure lengths dictated by the frequency analyser.
Some results from the Camera which take photos of music
Reprints of the bodies - including more accurate rolling mechanisms and adjustments after last experiments.
Video that shows working code and circuit which opens shutter and turns lights on when shutter button is pressed. The duration of time the lights are on is dictated by the levels of two bands of frequency coming from the audio input jack.
Development of form for final model
Test Camera rig models
A draft of our circuit - including spectrum analyser to interpret input - and solenoid to power camera shutter - leds havent been added yet.
How to reload film into a disposable camera
https://www.google.co.nz/search?q=yashica+lens+mount&rlz=1C1GCEA_enNZ786NZ788&oq=yashica+lens&aqs=chrome.2.69i57j0l5.7223j0j7&sourceid=chrome&ie=UTF-8
Here's the circuit, reduced to a 44x55mm quarter-size protoboard from Adafruit. Still powered by AA cells, as I'm waiting on a lithium-polymer battery and some connectors. Still has a bunch of stray wires for the pot, button, solenoid, battery, etc. I'm waiting till' it's mounted in a camera body. I added PWM control of the solenoid to save power by ~75% during long exposures, as well as a second transistor to handle flash sync. The change was made from the comparatively HUGE Arduino UNO to much more svelte Adafruit Trinket. Tried to test shutter speeds the other day using an IR LED and receiver, but I reversed the power leads on the receiver by accident and fried it :< Fritzing: dl.dropboxusercontent.com/u/78151787/Shutter.fzz Parts list: Resistors, 1/4W 100, 1k, 2.2k, 10k TIP120 Darlington high-current transistors (2x) 1N4004 Diode Adafruit Quarter-size Protoboard Adafruit Trinket 5V Sparkfun 5V Solenoid (not shown) Momentary button (not shown) 10k trim pot (not shown) 3mm red LED (not shown) Incoming: 500mA 7.4V LiPo
Arduino powered shutter
Wave Sorts - Processing
Cross-posted on my personal site For the last couple weeks, I have been exploring APIs useful to sound studies for a sound recording and poetry project I am working on with former Scholars' Lab fellow Annie Swafford. I was especially drawn to playing around with Spotify, which has an API that allows you to acces
This is a clean & collectable Polaroid 600 Extreme camera, as shown in the photos.