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|  (Solution for exercise IV added) |  (Added capacitive sensing (Arduino)) | ||
| Line 1,036: | Line 1,036: | ||
|      curPos = 0; |      curPos = 0; | ||
|    } |    } | ||
| } | |||
| </source> | |||
| <br /> <br /> | |||
| == 12.12.2011 Arduino & Processing sketches == | |||
| === V Capacitive Sensing (Arduino) === | |||
| [[File:V_arduino_capacitive_sensing.png|200px|thumb]] | |||
| <source lang="java"> | |||
| /* CAPACITVE SENSING (ARDUINO) | |||
|  *  | |||
|  * Example of how to include external libraries. | |||
|  * In this case we are using the CapSense Library | |||
|  * (http://www.arduino.cc/playground/Main/CapSense) | |||
|  * to turn a piece of aluminium foil into a capacitive | |||
|  * sensor. Check out the description page for more | |||
|  * details and options. | |||
|  *   | |||
|  * Frederic Gmeiner, 2011  | |||
|  */ | |||
| #include <CapSense.h> | |||
| CapSense   cs_9_2 = CapSense(9,2);         | |||
| long capValue;  | |||
| void setup()                     | |||
| { | |||
|   Serial.begin(9600); | |||
| } | |||
| void loop()                     | |||
| { | |||
|   capValue =  cs_9_2.capSense(30); | |||
|   Serial.println(capValue);          | |||
|   delay(10);                          | |||
| } | } | ||
| </source> | </source> | ||
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