#Radioshack arduino camera full#
#Radioshack arduino camera software#
#Radioshack arduino camera code#

To gain a better understanding of how the calibration sketch works, I read over an the breakdown from. fade the LED using the calibrated value: SensorValue = constrain(sensorValue, 0, 255) in case the sensor value is outside the range seen during calibration SensorValue = map(sensorValue, sensorMin, sensorMax, 0, 255) apply the calibration to the sensor reading signal the end of the calibration period calibrate during the first five seconds

turn on LED to signal the start of the calibration period: Int sensorMax = 0 // maximum sensor value Int sensorMin = 1023 // minimum sensor value * LED attached from digital pin 9 to groundĬonst int sensorPin = 2 // pin that the sensor is attached toĬonst int ledPin = 9 // pin that the LED is attached to * Analog sensor (potentiometer will do) attached to analog input 0 Maximum low and listen for anything higher as the new maximum. Initially, you set the minimum high and listen for anything The sensor minumum and maximum initial values may seem backwards. Sensor readings during the first five seconds of the sketchĮxecution define the minimum and maximum of expected values

#Radioshack arduino camera code#

Like I mentioned earlier, the code I used to create the results above was taken directly from an example Arduino sketch: /*ĭemonstrates one techinque for calibrating sensor input. The first run using the unmodified Arduino calibration sketch looked like this: I modified the mapping of the sensor values (will note in code) to allow the LEDs to be in an off state until motion was detected by the IR detector. I based the code off of the Arduion Calibration sketch. This setup relied heavily on code to do the work.

#Radioshack arduino camera full#

Visit for full instructions.After the realization that this sensor would not be the best for me to use, I opted to use a simple IR Led, and IR detector similar to these:

Step 18: Using EyeWriter Software – PongĪuthor: thesystemis.

Step 17: Using EyeWriter Software - Typing.

Step 16: Using EyeWriter Software - Drawing.

Step 15: Using EyeWriter Software - Catch Me.

Step 14: Using EyeWriter Software - Calibration Screen.

Step 13: Using EyeWriter Software - Setup & Tracking Screen.

Step 10: Hacking the PS Eye camera - finishing.

Step 9: Hacking the PS Eye camera - VSync.

Step 8: Hacking the PS Eye camera - preparing.

#Radioshack arduino camera software#

Step 3: Software - OpenFrameworks & EyeWriter.

Please refer to website for detailed instructions.

Male pin for Arduino female pin Break Away Headers - Straight SparkFun.

Potentiometer Rheostat (25Ohm - 3W) RadioShack.

Regulator MC7805ABTG(MC7805ABTGOS-ND) Digikey.

IR Filter LEE FILTERS 87 100mm x 100mm B&H (or others).

M12 LENS Board Lens (25 mm) surveillance-video.

Finally, you will set the base for the system and go through the basics of the software. Third, you will be programming and building the Arduino / circuit to control the blinking. Second, you will be hacking the PS3 eye camera to get the vertical sync (when the frame of video is being taken) and to make it sensitive to IR.

First, you will be making LED illuminators for the sides of the screen and the center.