void OnTriggerEnter(Collider other)
{
if ((mIsActivated == Fisher.ActivatedState.NotActivated) && (other != null) && ((other.CompareTag(Fisher.ConnectedTag) == true) || (other.CompareTag(Fisher.UnconnectedTag) == true)))
{
// Activate this target
mIsActivated = Fisher.ActivatedState.PermanentlyActivated;
particles.Emit();
targetMesh.enabled = false;
connectionLine.enabled = false;
// Check if we need to enable the goal
++msNumTriggeredTargets;
if (msNumTriggeredTargets >= msNumTargets)
{
Goal.IsEnabled = true;
if ((goalEnabledSound != null) && (Fisher.Instance.soundEffectAudio != null))
{
Fisher.Instance.soundEffectAudio.PlayOneShot(goalEnabledSound);
}
}
else if ((triggerSound != null) && (Fisher.Instance.soundEffectAudio != null))
{
Fisher.Instance.soundEffectAudio.PlayOneShot(triggerSound);
}
}
}
void FixedUpdate()
{
if (fanBlades != null)
{
// Check if this fan is permanently activated
if (mIsActivated == Fisher.ActivatedState.PermanentlyActivated)
{
// If it is, keep spinning
fanBlades.AddRelativeTorque(mSpinTorque);
}
else
{
// Check if the blade speed exceeds activation
mIsActivated = Fisher.ActivatedState.NotActivated;
if (FanBladeSpeed > activateSpeed)
{
// Check if we should permanently activated
mIsActivated = Fisher.ActivatedState.TemporarilyActivated;
if (stayActivated == true)
{
// Setup the torque speed
mIsActivated = Fisher.ActivatedState.PermanentlyActivated;
mSpinTorque = fanBlades.angularVelocity;
mSpinTorque.Normalize();
mSpinTorque *= permanentSpeed;
}
}
}
}
}