Arduino Code from lab

void setup()

{

Serial.begin(57600);

}

void loop()

{

//int analogData = analogRead(0);//10 bit value, max 1023, min 0.

int analogDataPin0 = analogRead(0);//Read Current analog pin value.

Serial.print(analogDataPin0 >> 7, BYTE);//shift high bits into output byte

//same as dividing by 128 But that

//takes much longer on an arduino.

Serial.print(analogDataPin0 % 128, BYTE);//mod 128 for the small byte

Serial.print(255, BYTE);//denotes the end of a package.

delay(10);

}

This particular code snippet works for one source of information, ie: a single sensor. If, perhaps there were to be two sections of information, say, a switch, there would be another Serial.print line. It would just print 0 or 1, but you could map that to some interesting effects in max.

Always be sure to watch your outputs from the zl group object to cover the extra inputs.