//Create an element
public ElementManager GetElementOfType(elementType t, int handNumber){
ElementManager element = null;
GameObject g;
HandModel[] hands = GameManager.instance.movementManager.handController.GetAllPhysicsHands();
if (elementBook.TryGetValue (t.ToString (), out g)) {
element = new ElementManager ();
element.instance = (GameObject)Instantiate (g, hands[handNumber].GetPalmPosition(), transform.rotation);
element.elementType = t;
element.Setup ();
element.elementMovement.handNumber = handNumber;
} else {
print ("Could not find element: " + t.ToString());
}
return element;
}
//Create a spell with elements from player when player demands it
public SpellManager CreateSpellNetworked(elementType t, Vector3 position){
Debug.Log ("Count CreateSpellNetworked");
SpellManager spell = new SpellManager();
GameObject g;
spell.id = spellId;
spellId++;
// shield.id = shieldId;
// shieldId++;
PhotonView currentPhotonView;
SpellObserver spellObserver;
if (spellBook.TryGetValue (t.ToString () + "Spell", out g)) {
currentPhotonView = g.GetComponent<PhotonView>();
if(currentPhotonView == null){
currentPhotonView = g.AddComponent<PhotonView>();
}
spellObserver = g.GetComponent<SpellObserver>();
if (spellObserver == null){
spellObserver = g.AddComponent<SpellObserver>();
}
// Debug.Log("currentPhotonView Count: " + currentPhotonView.ObservedComponents.Count);
currentPhotonView.ObservedComponents.Clear();
// currentPhotonView.ObservedComponents.Add();
if(currentPhotonView.ObservedComponents!=null && currentPhotonView.ObservedComponents.Count==0)
{
currentPhotonView.ObservedComponents.Add(spellObserver);
// currentPhotonView.ObservedComponents.Add(this.transform);
// currentPhotonView.ObservedComponents[0] = shieldObserver;
// currentPhotonView.ObservedComponents.
}
// Instantiate on network (call current element shield from within shield folder)
spell.instance = (GameObject) PhotonNetwork.Instantiate(
"Spells/"+g.name, inFrontOfPlayer.position, inFrontOfPlayer.rotation,0);
Debug.Log("spellspawner:instantiate " + g.name);
// spell.instance.
// spell.instance = (GameObject)Instantiate (g, inFrontOfPlayer.position, transform.rotation);
spell.Setup ();
spell.spellCollision.elementType = t;
} else {
spell = null;
}
return spell;
}
//Create a spell with elements from player when player demands it
public SpellManager CreateSpell(elementType t, Vector3 position){
SpellManager spell = new SpellManager();
GameObject g;
if (spellBook.TryGetValue (t.ToString () + "Spell", out g)) {
//spell.instance = (GameObject)Instantiate (g, position, transform.rotation);
spell.instance = (GameObject)Instantiate (g, inFrontOfPlayer.position, transform.rotation);
spell.Setup ();
spell.spellCollision.elementType = t;
} else {
spell = null;
}
return spell;
}
string CreateString (elementType Element, bool isSpell){
string e = Element.ToString ();
if (e.Contains ("Fire")) {
e = e.Replace ("Fire", "F");
}
if (e.Contains ("Air")) {
e = e.Replace ("Air", "A");
}
if (e.Contains ("Water")) {
e = e.Replace ("Water", "W");
}
if (e.Contains ("Earth")) {
e = e.Replace ("Earth","E");
}
switch (Element) {
case elementType.Air:
e = e.Insert(1, "0");
break;
case elementType.Earth:
e = e.Insert(1, "0");
break;
case elementType.Fire:
e = e.Insert(1, "0");
break;
case elementType.Water:
e = e.Insert(1, "0");
break;
default:
break;
}
if (isSpell) {
e = e.Insert(2,"_M");
} else {
e = e.Insert(2,"_S");
}
return e;
}
