Ex

Author: BasicAirData

Software/Arduino/Libraries/AirDC/Examples/DifferentialPressureSensor/DifferentialPressureSensor.ino

@@ -9,7 +9,6 @@
 
 #define DPSENSOR 3 //Selects the differential pressure Hardware sensor see AirSensor.cpp for details on Hookup
 #define PSENSOR 1 //Selects the static pressure Hardware sensor see AirSensor.cpp for details on Hookup
-#define DEBUG 1 //
 
 #if DPSENSOR==1
 #include <Wire.h>
@@ -60,8 +59,9 @@ void loop() {
   AirDataComputer.TAS(1);// Calculates the IAS, Algorithm 1
   AirDataComputer.Mach(1);// Calculates the Mach number, Algorithm 1
   AirDataComputer.OAT(1);// Calculates the Outside Air Temperature, Algorithm 1
+  AirDataComputer.ISAAltitude(1);// Calculates the  ISA Altitude
 //Measurment corrections and Auxiliary data
-  AirDataComputer.PitotCorrection(1);// Calculates the ISA altitude from static pressure, Algorithm 1
+  AirDataComputer.PitotCorrection(1);// Calculates the corrected Airspeed, Algorithm 1
   AirDataComputer.Viscosity(1);// Calculates the dynamic viscosity, Algorithm 1
   AirDataComputer.Red(1);// Calculates the ISA altitude from static pressure, Algorithm 1
   delay(1000); //loop delay
@@ -89,9 +89,9 @@ void loop() {
   Serial.println(AirDataComputer._uT); //Outside Temperature, Static Temperature uncertainty
   Serial.println(AirDataComputer._RH); //Relative Humidity
   Serial.println(AirDataComputer._uRH); //Relative Humidity Uncertainty
-  Serial.println(AirDataComputer._h); //Altitude
+  Serial.println(AirDataComputer._h,4); //Altitude
   Serial.println(AirDataComputer._uh); //Altitude Uncertainty
   Serial.println(AirDataComputer._TASPCorrected); //True Airspeed Corrected for probe position
-  Serial.println(AirDataComputer._mu); //Viscosity mPas
+  Serial.println(AirDataComputer._mu,10); //Viscosity Pas
   Serial.println(AirDataComputer._Re); //Reynolds
 }