arduino data

thanks for your fast reply!
brendan ive tried it without the Serial.println but its the same.
the value stays the same if i touch the Capacitive Sensor or not!

ardunio code is from paul badger:
here it is:

int i;
unsigned int x, y;
float accum, fout, fval = .07; // these are variables for a simple low-pass (smoothing) filter - fval of 1 = no filter - .001 = max filter
int ledPin = 5; // select the pin for the LED
float nonTouched, store = 0;

void setup() {
Serial.begin(9600);

//DDRB=B101; // DDR is the pin direction register - governs inputs and outputs- 1's are outputs
// Arduino pin 8 output, pin 9 input, pin 10 output for "guard pin"
// preceding line is equivalent to three lines below
pinMode(8, OUTPUT); // output pin
pinMode(9, INPUT);    // input pin
pinMode(10, OUTPUT); // guard pin
digitalWrite(10, LOW); //could also be HIGH - don't use this pin for changing output though
pinMode(5, OUTPUT);

analogWrite(ledPin,255);
delay(10);
analogWrite(ledPin,0);
}

void loop() {
y = 0;     // clear out variables
x = 0;

for (i=0; i < 4 ; i++ ){     // do it four times to build up an average - not really neccessary but takes out some jitter

    // LOW-to-HIGH transition
//PORTB = PORTB | 1;             // Same as line below - shows programmer chops but doesn't really buy any more speed
digitalWrite(8, HIGH);
// output pin is PortB0 (Arduino 8), sensor pin is PortB1 (Arduinio 9)

//while ((PINB & B10) != B10 ) {     // while the sense pin is not high
while (digitalRead(9) != 1) { // same as above port manipulation above - only 20 times slower!
    x++;
}
delay(1);

// HIGH-to-LOW transition
// PORTB = PORTB & 0xFE;         // Same as line below - these shows programmer chops but doesn't really buy any more speed
digitalWrite(8, LOW);
//while((PINB & B10) != 0 ){        // while pin is not low -- same as below only 20 times faster
while(digitalRead(9) != 0 ) { // same as above port manipulation - only 20 times slower!
    y++;
}

delay(1);
}

fout = (fval * (float)x) + ((1-fval) * accum); // Easy smoothing filter "fval" determines amount of new data in fout
accum = fout;
store++;
if (store
nonTouched = fout;
}
if (store>50){
store = 50;
}

Serial.print((long)x, DEC); // raw data - Low to High
Serial.print( " ");
Serial.print((long)y, DEC); // raw data - High to Low
Serial.print( " ");
Serial.print( (long)fout, DEC); // Smoothed Low to High
Serial.print( " ");
if (fout>nonTouched+3){
analogWrite(ledPin,255);
}
else{
analogWrite(ledPin,0);
}
}