public void Init(NavMeshAgent agent,
Transform controllerTransform,
Transform modelTransform,
MonsterCollider collider)
{
_agent = agent;
_controllerTransform = controllerTransform;
_modelTransform = modelTransform;
_collider = collider;
}
private void Tm_CollisionEnter_FireBall(object sender, RFX4_TransformMotion.RFX4_CollisionInfo e)
{
Debug.Log(e.Hit.transform.name); //will print collided object name to the console.
Transform hitTransform = e.Hit.transform;
if (hitTransform.tag == "Ice")
{
hitTransform.GetComponent <IceFragBurst>().Do();
}
MonsterCollider monsterCollider = e.Hit.transform.GetComponent <MonsterCollider>();
if (monsterCollider)
{
MonsterController monsterController = monsterCollider.GetMonsterController();
monsterController.GetAttack(MonsterController.DamageType.Fu, PlayerStatus.FireBallAttack);
//monsterCollider.GetMonsterController().GetAttack(fireBallAttack);
}
}
//La lista de triggers y la de spawnPoints deben ser del mismo tamaño
public void Init(TgcMesh mesh, /*Vector3 startPos, List<Core.BoundingVolumes.TgcBoundingSphere> triggers, List<Vector3> spawnPoints,*/ List <Vector3> recorrido)
{
this.mesh = mesh;
this.rangoInmediatoSq = 1000.0f;
sphere = Core.BoundingVolumes.TgcBoundingSphere.computeFromMesh(mesh);
sphere.setValues(sphere.Center, 20);
Position = recorrido[0];
//this.triggers = triggers;
//this.spawnPoints = spawnPoints;
this.recorrido = recorrido;
nextNode = 1;
chasingPlayer = false;
rotation_speed = 0.1f;
//1 -> 0
//0.5 -> 60
//0 -> 180
//-0.5 -> 300
//-1 -> 360
rangoVision = 0.2f;
target = recorrido[nextNode];
collisionManager = new MonsterCollider();
}