public override void Enter(StateMachine obj)
{
AgentState s = obj.controller.GetState();
GameObject t = obj.FindClosestEnemy();
obj.controller.SetMovementTarget(t.transform);
Debug.Log("Enter " + this.GetType().Name + " : " + obj.agent.name + " --> " + obj.controller.GetState().Moving);
//obj.agent.animation.CrossFade("walk");
}
public override void Execute(StateMachine obj)
{
AgentState s = obj.controller.GetState();
// s.AttackTarget = GameObject.Find("AttTarget");
GameObject t = obj.FindClosestEnemy();
float d = Vector3.Distance(obj.agent.transform.position, t.transform.position);
Debug.Log(obj.agent.name + ":: " + d+" to "+t.transform.position);
if (d > 20)
{
obj.ChangeState(RoamState.GetInstance());
}
}
public override void Execute(StateMachine obj)
{
GameObject t = obj.FindClosestEnemy();
float d = Vector3.Distance(obj.agent.transform.position, t.transform.position);
if (obj.controller.GetState().AttackTarget == null || obj.controller.GetState().CurrentAttackType == -1)
{
obj.controller.SetAttack(AgentAttack.MEDIUM_RANGE);
obj.controller.SetAttackTarget(t);
}
if (d < obj.controller.GetState().attackTypes[obj.controller.GetState().CurrentAttackType].range/2.0f)
{
obj.controller.GetState().Moving = false;
}
else if (d>30)
{
obj.controller.SetAttackTarget(null);
obj.controller.SetAttack(-1);
obj.ChangeState(InitialState.GetInstance());
}
}
public override void Execute(StateMachine obj)
{
AgentState s = obj.controller.GetState();
if (s.CurrentPath != null && s.CurrentPath.IsDone())
{
obj.controller.GetState().Moving = true;
}
// s.AttackTarget = GameObject.Find("AttTarget");
GameObject t = obj.FindClosestEnemy();
obj.controller.SetMovementTarget(t.transform);
float d = Vector3.Distance(obj.agent.transform.position, t.transform.position);
Debug.Log(obj.agent.name + ":: " + d+" to "+t.transform.position);
if (d <= 20 )
{
int layer = 1 << 9;
if (!Physics.Raycast(obj.agent.transform.position, (t.transform.position-obj.agent.transform.position)/d,d,layer))
obj.ChangeState(ChaseState.GetInstance());
}
}
