public static double SpeedTransform(SpeedRef refMode, AsstVesselModule avm)
{
switch (refMode)
{
case SpeedRef.Indicated:
double stagnationPres = Math.Pow(((avm.vesselRef.mainBody.atmosphereAdiabaticIndex - 1) * avm.vesselRef.mach * avm.vesselRef.mach * 0.5) + 1, avm.vesselRef.mainBody.atmosphereAdiabaticIndex / (avm.vesselRef.mainBody.atmosphereAdiabaticIndex - 1));
return(Math.Sqrt(avm.vesselRef.atmDensity / 1.225) * stagnationPres);
case SpeedRef.Equivalent:
return(Math.Sqrt(avm.vesselRef.atmDensity / 1.225));
case SpeedRef.True:
default:
return(1);
}
}
public void ChangeSpeedRef(SpeedRef newRef)
{
if (ThrtActive)
{
switch (CurrentThrottleMode)
{
case ThrottleMode.Speed:
double currentSpeed = AsstList.Speed.GetAsst(this).target_setpoint / Utils.SpeedTransform(speedRef, vesModule);
AsstList.Speed.GetAsst(this).UpdateSetpoint(currentSpeed * Utils.SpeedTransform(newRef, vesModule));
break;
case ThrottleMode.Acceleration:
double currentAccel = AsstList.Acceleration.GetAsst(this).target_setpoint / Utils.SpeedTransform(speedRef, vesModule);
AsstList.Acceleration.GetAsst(this).UpdateSetpoint(currentAccel * Utils.SpeedTransform(newRef, vesModule));
break;
}
}
speedRef = newRef;
adjustedSpeed = Vessel.srfSpeed * Utils.SpeedTransform(speedRef, vesModule);
adjustedAcceleration = 0;
throttleModeChanged(CurrentThrottleMode, ThrtActive, false);
}
