Index: firmware/App/Controllers/AirTrap.c
===================================================================
diff -u -ra452377c3d89ff36fa90faef5e3790e2322237a3 -r0a03f6a5d73875b033bf509114949555031cfe2d
--- firmware/App/Controllers/AirTrap.c	(.../AirTrap.c)	(revision a452377c3d89ff36fa90faef5e3790e2322237a3)
+++ firmware/App/Controllers/AirTrap.c	(.../AirTrap.c)	(revision 0a03f6a5d73875b033bf509114949555031cfe2d)
@@ -73,9 +73,9 @@
 
 /// Quadratic coefficients ax2 + bx + c
 typedef struct {
-    float a;                                                                                      ///< Coefficient for Quadratic term
-    float b;                                                                                      ///< Coefficient for linear term
-    float c;                                                                                      ///< Constant term
+    F32 a;                                                                                      ///< Coefficient for Quadratic term
+    F32 b;                                                                                      ///< Coefficient for linear term
+    F32 c;                                                                                      ///< Constant term
 }QUADRATIC_COEFFICIENTS_T;
 
 // ********** private data **********
@@ -352,7 +352,6 @@
     F32 h14Pressure = getLongFilteredVenousPressure();
     /// LDT-2384 test formula for air trap lower events for air pump duty cycle based on venous pressure
     /// air pump duty cycle (% PWM) = 0.0002x^2 + 0.0925x + 25.467, where x is long filtered H14 venous pressure in mmHg before air trap lower event
-    //F32 duticycleInPct = ( ( QUADRATIC_COEFFICIENT  * ( h14Pressure * h14Pressure ) ) - ( LINEAR_COEFFICIENT * ( h14Pressure ) ) ) + CONSTANT_TERM;
     QUADRATIC_COEFFICIENTS_T coefficients = { QUADRATIC_COEFFICIENT, LINEAR_COEFFICIENT, CONSTANT_TERM };
     F32 dutycycleInPct = QUADRATIC_EVAL( coefficients.a, coefficients.b, coefficients.c, h14Pressure );