I don't know anything about FunkyTrees but can somebody who does have knowledge tell me if this would work? It was AI generated by ChatGPT.

// Fly-by-wire system parameters
float maxControlSurfaceAngle = 30.0; // Maximum control surface deflection in degrees
float pitchSensitivity = 1.0; // Pitch control sensitivity
float rollSensitivity = 0.8; // Roll control sensitivity
float yawSensitivity = 0.6; // Yaw control sensitivity

// Rate limiting for smooth response (in degrees per second)
float maxPitchRate = 10.0; // Max pitch rate (degrees per second)
float maxRollRate = 10.0; // Max roll rate (degrees per second)
float maxYawRate = 5.0; // Max yaw rate (degrees per second)

// Control surfaces
var elevator = part("elevator"); // Elevators
var ailerons = part("aileron"); // Ailerons
var rudder = part("rudder"); // Rudder

// Input from controls (throttle, pitch, roll, yaw)
float pitchInput = input.getAxis("Pitch"); // User input for pitch
float rollInput = input.getAxis("Roll"); // User input for roll
float yawInput = input.getAxis("Yaw"); // User input for yaw

// Function to limit input values to a given range
function limitControl(input, maxLimit) {
if (input > maxLimit) {
return maxLimit;
} else if (input < -maxLimit) {
return -maxLimit;
}
return input;
}

// Apply fly-by-wire logic to control surfaces
function applyFlyByWire() {
// Calculate the desired control surface angles
float desiredPitchAngle = pitchInput * maxControlSurfaceAngle * pitchSensitivity;
float desiredRollAngle = rollInput * maxControlSurfaceAngle * rollSensitivity;
float desiredYawAngle = yawInput * maxControlSurfaceAngle * yawSensitivity;

// Smooth control by limiting the rate of change for each control surface
float currentPitchAngle = elevator.angle();
float currentRollAngle = ailerons.angle();
float currentYawAngle = rudder.angle();

// Apply rate limiting to each control surface
float pitchRate = (desiredPitchAngle - currentPitchAngle) * maxPitchRate;
float rollRate = (desiredRollAngle - currentRollAngle) * maxRollRate;
float yawRate = (desiredYawAngle - currentYawAngle) * maxYawRate;

// Limit the control surface deflection rates to the max rates
pitchRate = limitControl(pitchRate, maxPitchRate);
rollRate = limitControl(rollRate, maxRollRate);
yawRate = limitControl(yawRate, maxYawRate);

// Apply the calculated rates to control surfaces
elevator.setAngle(currentPitchAngle + pitchRate);
ailerons.setAngle(currentRollAngle + rollRate);
rudder.setAngle(currentYawAngle + yawRate);

}

// Main loop to update control surfaces
applyFlyByWire();