/*
* This method is used to create a container which is used to house the connected
* puzzle pieces...
*/
public void createContainer(Vector2 eventPosition, GameObject piece_a, GameObject piece_b)
{
//Debug.Log ("Create Container Called");
GameObject temp = new GameObject();
temp.transform.SetParent(this.transform);
RectTransform rect = temp.AddComponent <RectTransform> ();
//rect.localPosition = eventPosition;
// add the JigsawConnections GO to the new object created...
JigsawConnections connect = temp.AddComponent <JigsawConnections> ();
connect = connect.addPiece(piece_a);
connect = connect.addPiece(piece_b);
temp.AddComponent <DragAndDropGroup> ();
connect.setPositions(piece_a.GetComponent <JigsawPieceData> ());
if (connect.getConnectedPieces().Count == foundPieces.Count)
{
onJigsawCompleted.Invoke();
}
}
// Used to add a new Jigsaw piece to the collection
public JigsawConnections addPiece(GameObject add)
{
JigsawConnections ret = this;
connectedPieces.Add(add);
JigsawConnections[] allConnected = GameObject.FindObjectsOfType <JigsawConnections> ();
foreach (JigsawConnections jc in allConnected)
{
if (jc == this)
{
continue;
}
if (jc.getConnectedPieces().Contains(add))
{
if (this.connectedPieces.Count >= jc.getConnectedPieces().Count)
{
connectedPieces.UnionWith(jc.getConnectedPieces());
}
else
{
jc.getConnectedPieces().UnionWith(this.connectedPieces);
ret = jc;
// remove object after delay so that a value is still returned...
Destroy(this.gameObject, .1f);
markedForDeath = true;
}
}
}
add.GetComponent <JigsawPieceData> ().setConnected(true);
foreach (GameObject go in connectedPieces)
{
Destroy(go.GetComponent <DragAndDrop> ());
}
return(ret);
}
