// "chickabiddy" model 01
// final working code for Processing-Accelormeter serial communiation
// Updated on Dec 9, 2008 //
// by Juri Imamura 
// http://www.juridesign.com/chickabiddy


int analogY = 0;       // Y value of analog input 
int analogX = 1;       // X value of analog input
int analogZ = 2;       // Z value of analog input

int readingsY[11];                // the readings from the Y analog input
int readingsX[11];                // the readings from the X analog input
int readingsZ[11];                // the readings from the Z analog input
int totalY = 0;                            // the running total
int averageY = 0;                          // the average
int totalX = 0;                            // the running total
int averageX = 0;                          // the average
int totalZ = 0;                            // the running total
int averageZ = 0;                          // the average



void setup() {
  // configure the serial connection:
  Serial.begin(9600);

  for (int i = 0; i < 11; i++){
    readingsY[i] = analogRead(analogY);
    readingsX[i] = analogRead(analogX);
    readingsZ[i] = analogRead(analogZ);
  }

}

void loop() {
  for (int i = 0; i < 11; i++){
    readingsY[i] = analogRead(analogY); // read from the sensor
    int y1 = readingsY[0];
    int y2 =  readingsY[1];
    int y3 = readingsY[2];
    int y4 = readingsY[3];
    int y5 = readingsY[4];
    int y6 = readingsY[5];
    int y7 =  readingsY[6];
    int y8 = readingsY[7];
    int y9 = readingsY[8];
    int y10 = readingsY[9];
    int y11 = readingsY[10];
    totalY = y1+y2+y3+y4+y5+y6+y7+y8+y9+y10+y11;
    averageY = totalY / 10;          // calculate the average

    readingsX[i] = analogRead(analogX); // read from the sensor
    int x1 = readingsX[0];
    int x2 =  readingsX[1];
    int x3 = readingsX[2];
    int x4 = readingsX[3];
    int x5 = readingsX[4];
    int x6 = readingsX[5];
    int x7 =  readingsX[6];
    int x8 = readingsX[7];
    int x9 = readingsX[8];
    int x10 = readingsX[9];
    int x11 = readingsX[10];
    totalX = x1+x2+x3+x4+x5+x6+x7+x8+x9+x10+x11;
    averageX = totalX / 10;          // calculate the average

    readingsZ[i] = analogRead(analogZ); // read from the sensor
    int z1 = readingsZ[0];
    int z2 =  readingsZ[1];
    int z3 = readingsZ[2];
    int z4 = readingsZ[3];
    int z5 = readingsZ[4];
    int z6 = readingsZ[5];
    int z7 =  readingsZ[6];
    int z8 = readingsZ[7];
    int z9 = readingsZ[8];
    int z10 = readingsZ[9];
    int z11 = readingsZ[10];
    totalZ = z1+z2+z3+z4+z5+z6+z7+z8+z9+z10+z11;
    averageZ = totalZ / 10;          // calculate the average
  
    if (i >= 11) {
      i = 0;         
    }
    
    //Sending values to Processing
    Serial.print(averageY, DEC); 
    Serial.print(",");
    Serial.print(averageX, DEC); 
    Serial.print(",");
    Serial.println(averageZ, DEC); 
  }


}