private float GetDesiredSpeedCoeff(Track track, ChassisComponent chassis)
{
float effectiveMoveAxis = chassis.EffectiveMoveAxis;
float effectiveTurnAxis = chassis.EffectiveTurnAxis;
return((effectiveMoveAxis != 0f) ? ((effectiveTurnAxis != 0f) ? ((effectiveMoveAxis * (3f + (track.side * effectiveTurnAxis))) / 4f) : effectiveMoveAxis) : ((track.side * effectiveTurnAxis) * 0.5f));
}
private void AnimateTrackWithContacts(Track track, AliveChassisAnimationNode node, float dt)
{
ChassisComponent chassis = node.chassis;
float forwardTrackSpeed = this.GetForwardTrackSpeed(track, node.rigidbody.Rigidbody);
if (this.RequiresSynchronizedAnimation(track, chassis, forwardTrackSpeed))
{
track.animationSpeed = forwardTrackSpeed;
}
else
{
float targetValue = this.GetDesiredSpeedCoeff(track, chassis) * 0.05f;
track.SetAnimationSpeed(targetValue, node.speed.Acceleration * dt);
}
}
private bool RequiresSynchronizedAnimation(Track track, ChassisComponent chassis, float trackSpeed)
{
float desiredSpeedCoeff = this.GetDesiredSpeedCoeff(track, chassis);
return(((Mathf.Abs(trackSpeed) > 0.04f) || (desiredSpeedCoeff == 0f)) || ((MathUtil.SignEpsilon(trackSpeed, 0.01f) * MathUtil.Sign(desiredSpeedCoeff)) == -1f));
}
