Hi everybody i'm going to show how to setup a Gforce Limiter in your design

here is a preview of the code :

First of all let set the variables that we need to make it work

MaxGforce : the maximum amount of gforce that your pilot can handle.
PIDrate : the sensibility of the PID system the higher the value the less sensible it is but more accurate. the lower the value the more sensible the system but more prone to oscillation
Kp, Ki, Kd : Hopefully I don't need to explain those
SmoothGforceRate : the system used a dampened value of the GForce in order to prevent oscillation which is equivalent to this smooth(GForce, SmoothGforceRate). SmoothGforceRate determine how much smoothness we need in calculation of current GForce.

Make sure to set the variable "LimiterOutput" to this : clamp(PID( MaxGforce, smooth(clamp(abs(GForce),0.1,1000) - MaxGforce, SmoothGforceRate), LimiterKp, LimiterKi, LimiterKd) / PIDrate, 0, 1)

after all of that is done, make you sure to set your horizontal stabilizer control surface input to this :

ENJOY...

/!\ DISCLAIMER:

• tweaking of some of the variables are always required to suit the flight model of the aircraft
• the system is not 100 % efficient with all aircrafts (which is why the variables need to be adjusted in the first place) especially at very high kinetic energy and very low kinetic energy
• the system does not provide feature such as blackout...
  

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