public override void Update(Npc npc)
{
closestBall = npc.FindClosestBall(npc.transform.position);
if (closestBall != null)
{
npc.GetComponent <NpcController>().GoToBall(closestBall);
}
//OverlapCapsule calculations based on this: https://roundwide.com/physics-overlap-capsule/
var center = npc.transform.TransformPoint(npcCollider.center);
var size = new Vector3(npcCollider.radius, npcCollider.height, npcCollider.radius); //the code given in the above link for this line is WRONG! Don't convert to world position!
var radius = size.x; //the CharacterController radius + skinWidth MUST be smaller than the CapsuleCollider radius or else it won't detect collisions!
var height = size.y;
var bottom = new Vector3(center.x, center.y - height / 2 + radius, center.z);
var top = new Vector3(center.x, center.y + height / 2 - radius, center.z);
//the following code works similarly to BlastballStateThrown - refer to that for explanation
bool checkCapsule = Physics.CheckCapsule(top, bottom, radius, ballMask);
Physics.OverlapCapsuleNonAlloc(top, bottom, radius, overlapBall, ballMask);
if (!oldCheckCapsule && checkCapsule)
{
npc.npcBall = overlapBall[0].gameObject;
}
oldCheckCapsule = checkCapsule;
//change state
if (npc.npcBall != null)
{
npc.ChangeState(npc.stateHasBall);
}
}
public override void Update(Npc npc)
{
heldTime += Time.deltaTime;
npc.npcBall.transform.position = npc.transform.position + npc.transform.right * npc.heldBallLocation.x + npc.transform.up * npc.heldBallLocation.y + npc.transform.forward * npc.heldBallLocation.z; //move the ball to the npc's hand
if (heldTime >= Random.Range(Npc.minHeldTime, Npc.maxHeldTime)) //throw the ball
{
if (npc.npcBall.GetComponent <Ball>().Type == Ball.BallType.Blastball)
{
closestTeammate = npc.FindClosestTeammate(npc.transform.position, team);
}
else if (npc.npcBall.GetComponent <Ball>().Type == Ball.BallType.Burstball)
{
closestTeammate = npc.FindClosestTeammate(npc.transform.position, opposingTeam);
}
npc.GetComponent <NpcController>().FaceTarget(closestTeammate.transform.position);
turnTime++;
if (turnTime >= NpcController.TurnTime)
{
Vector3 viewDirection = npc.transform.forward; //get the direction of the npc
viewDirection.Normalize();
viewDirection.y += 3f; //TODO: get rid of this magic number
npc.npcBall.GetComponent <Ball>().ThrowBall(viewDirection); //throw ball in direction of the npc
npc.ChangeState(npc.stateEmptyHanded); //change state
}
}
}
public void OnAction(bool fright = true)
{
if (!fright && _type != Furniture.Puerta)
{
return;
}
if ((_useCount != 0 && _state == State.IDLE) || (_state == State.RUNNING && !fright))
{
_timeleft = _timeout;
_state = State.RUNNING;
List <Npc> npcs = _game.GetNpcs();
if (fright)
{
for (int i = 0; i < npcs.Count; i++) //fright people
{
Npc n = npcs[i];
if (n.GetCurrentRoom() == _room)
{
n.ChangeState(_type);
}
}
}
if (_animated)
{
if (_toggleable)
{
_toggled = !_toggled;
}
GetComponent <SpriteAnimator>().PlaySpriteAnimator();
}
if (_sound != null && !_playing && SettingsController.instance.PlaySFX()) //sound
{
_playing = true;
//AudioSource[] aud = GameObject.FindObjectsOfType(typeof(AudioSource)) as AudioSource[];
AudioSource.PlayClipAtPoint(_sound, GameObject.Find("Main Camera").transform.position);
}
if (_type == Furniture.Luz) //ligths
{
GameObject go = GameObject.Find("Luces/" + _room);
go.GetComponent <SpriteRenderer>().enabled = !go.GetComponent <SpriteRenderer>().enabled;
}
//Todo reproduce animation for this actuator
if (_useCount > 0) //Only rest if non-infinite uses
{
_useCount--;
if (_useCount == 0)
{
if (_broken != null)
{
GetComponent <SpriteRenderer>().sprite = _broken;
}
}
}
}
}