private void HostState()
{
//Sets the last received destination only if cooldownBetweenRecalculation has reached 0 and if the new point is farther than the tolerance.
currentCooldownLeft -= Time.deltaTime;
if (currentCooldownLeft <= 0 && (oldDestination - nextDestination).magnitude > tolerance)
{
this.agent.isStopped = false;
currentCooldownLeft = cooldownBetweenRecalculations;
agent.SetDestination(nextDestination);
oldDestination = nextDestination;
sphereV.StopLooking();
coneV.StopLooking();
}
//Check if agent reached the destination, if yes calls the OnPathReached Event and then this won't be called again unless a new destination is set.
if (!this.agent.isStopped && this.agent.hasPath && (this.transform.position - this.agent.destination).magnitude < tolerance)
{
this.agent.isStopped = true;
sphereV.StartLooking();
coneV.StartLooking();
}
Vector3 direction = this.agent.velocity.normalized;
animController.Animation(direction.x, direction.z);
//SendTransform();
}
private void Update()
{
currentCooldownLeftBeforeRecalculation -= Time.deltaTime;
if (currentCooldownLeftBeforeRecalculation <= 0)
{
this.agent.SetDestination(target.position);
}
Vector3 vel = this.agent.velocity.normalized;
animController.Animation(vel.x, vel.z);
CheckIfTargetInVision();
}
public void ReceiveTransform(Vector3 pos, Quaternion rot) //USED BY MOVEMENTMANAGER
{
// Debug.Log("Enemy: " + this.GetComponent<GameNetworkObject>().NetworkId + "Position is: " + pos);
startPos = myTransform.position;
startRot = myTransform.rotation;
interpolationTime = prediction.Predict(pos, rot, out endPos, out endRot, out speed);
Vector3 normalizedSpeed = speed.normalized;
animController.Animation(normalizedSpeed.x, normalizedSpeed.z);
time = 0;
}