 //      counter++;
 //    }
 
-  Serial.println("DATA = " + data);
-  Serial.println("MIC = " + data_mic);
-  Serial.println("X = " + data_x);
-  Serial.println("Y = " + data_y);
-  Serial.println("Z = " + data_z);
-
-  
-//  Serial.print(data);
-//  Serial.print(data_mic);
-//  Serial.print(data_x);
-//  Serial.print(data_y);
-//  Serial.print(data_z);
+//  Serial.println("DATA = " + data);
+//  Serial.println("MIC = " + data_mic);
+//  Serial.println("X = " + data_x);
+//  Serial.println("Y = " + data_y);
+//  Serial.println("Z = " + data_z);
+
+  
+  Serial.print(data);
+  Serial.print(data_mic);
+  Serial.print(data_x);
+  Serial.print(data_y);
+  Serial.print(data_z);
   
 //  //This loop prints the data from the FFT. The waits 
 //for (int i = 0; i < 50; i++){

    data += ",";
    data += rpm;
    data += ",";
//    data += load1_in_lbs; //Load Washers
    data += ",";
//    data += load2_in_lbs; //Load Washers
    data += ",";
    data += flow_rate_cc_per_sec; //This is for the level sensor rate
    data += ",";

//A is the calibration slope in levels / cm
//B is the reference level
double A_water_rate = 12.125;
double B_water_reference_level = 845;
double vesicle_diameter_cm = 11.43;//4.5 inch x 2.54 cm / inch
double vesicle_area_cm_2 = (3.14159) * (vesicle_diameter_cm / 2) * (vesicle_diameter_cm / 2);

