public void Update()
{
if (IsAutoPilot())
{
Throttle = autoPilot.GetThrottle();
SteeringPitch = autoPilot.GetPitch();
SteeringRoll = autoPilot.GetRoll();
SteeringYaw = autoPilot.GetYaw();
WheelBreaks = autoPilot.GetBrake();
}
else
{
Throttle = input.GetThrottle();
SteeringPitch = input.GetPitch();
SteeringRoll = input.GetRoll();
SteeringYaw = input.GetYaw();
WheelBreaks = input.GetBreak();
}
Throttle = Mathf.Clamp01(Throttle);
SteeringPitch = Mathf.Clamp(SteeringPitch, -1, 1);
SteeringRoll = Mathf.Clamp(SteeringRoll, -1, 1);
SteeringYaw = Mathf.Clamp(SteeringYaw, -1, 1);
WheelMaterial.dynamicFriction = wheelBrakeBaseDynamicFriction * (WheelBreaks ? WheelBrakeMultiplier : 1);
WheelMaterial.staticFriction = wheelBrakeBaseStaticFriction * (WheelBreaks ? WheelBrakeMultiplier : 1);
if (Input.GetKeyDown("o"))
{
environment.ToggleWind();
}
if (Input.GetKeyDown("l"))
{
AerobaticSmoke = !AerobaticSmoke;
SetSmokeEmmiters();
}
foreach (AeroEngine engine in physics.engines)
{
fuelLevel -= engine.FuelConsumption * Time.deltaTime * fuelConsumptionMultiplier;
}
}