     }
 
 /************************************************************/
- /*   // Sector detection if the token is on the board
-    if (inactivity) 
+    // Sector detection if the token is on the board
+    if (inactivity) //change true with inactivity when accelerometer is connected
     {
       tokenConstraint.rgb_sensor.getData();
     }
-    //Serial.println(tokenConstraint.rgb_sensor.ct);
+    Serial.println(tokenConstraint.rgb_sensor.ct);
 
     // Location of the pawn in function of the color temperature (ct)
     current_sector_ID = tokenConstraint.locate(current_sector_ID, tokenConstraint.rgb_sensor.ct); 

int face1 = 0;

// BOARD CONSTANTS
#define ACC_INT1_PIN 4 // Pin where the acceleromter interrupt1 is connected
#define VIBRATING_M_PIN     3 // Pin where the vibrating motor is connected

// Initiation of the objects
TokenFeedback tokenFeedback = TokenFeedback(VIBRATING_M_PIN); // Connected on pin 2
TokenConstraintEvent tokenConstraint = TokenConstraintEvent();
TokenSoloEvent tokenSolo = TokenSoloEvent(ACC_INT1_PIN); // Connected on pin 4
TokenTokenEvent tokenToken = TokenTokenEvent();

void setup(void) 
{
  Serial.begin(9600);
  
  // Enable interrupts :

  tokenSolo.accelConfig();

  // Config of the capacitive sensor
  //tokenToken.capConfig();

  // Config of the LED matrix
  tokenFeedback.matrixConfig();
  
  // Configure the RFduino BLE properties
  RFduinoBLE.deviceName = "Any_PAWN";
  RFduinoBLE.txPowerLevel = -20;

  // Start the BLE stack
