// Use this for initialization
void Start()
{
playerStatistics = GameObject.Find(GameConst.PLAYER_OBJECT_NAME).GetComponent <PlayerStatistics>();
dialogueEvent = GameObject.Find("Dialogue Canvas").GetComponent <DialogueManager>().dialogueEvent;
//UnityEventTools.AddPersistentListener<int>(dialogueEvent, dialogueEventHandler);
dialogueEvent.AddListener(dialogueEventHandler);
}
// Use this for initialization
void Start()
{
dialogueManager = GameObject.Find("Dialogue Canvas").GetComponent <DialogueManager>();
dialogueEvent = dialogueManager.dialogueEvent;
//UnityEventTools.AddPersistentListener<int>(dialogueEvent, dialogueEventHandler);
dialogueEvent.AddListener(dialogueEventHandler);
//dialogueEvent.AddListener((int i) => { Debug.Log("Event triggered index of: " + i); });
}
public nodeTextLine(string text, int index, Sprite defaultSprite)
{
List <string> temp = new List <string>(text.Split('|'));
name = temp[0];
temp.RemoveAt(0);
line = string.Join("|", temp.ToArray()); //Parse the rest of the List<string> as a single string, replacing the delimiter that was removed with the first 'split' call
Debug.Log(line);
treeIndex = index;
triggeredEvent = null;
spriteToDisplay = defaultSprite;
}
public dialogueTree(string fullDialogueText, nodeEvent nodeEvent, Sprite defaultSprite)
{
managerEvent = nodeEvent;
string[] dialogueLines = fullDialogueText.Split('\n');
string[] encoding = dialogueLines[0].Split('-');
nodeTextLine currentParentNode;
//Because of the extra encoding data line we offset the list by adding a blank constructor so the index of the object in the list is the same as the index of the line in the raw text file
treeMember.Add(new nodeTextLine());
//We also have to add the first real node because the code works by making the correct amount of children for each node and it needs a parent node to start on
//We don't have to worry about creating it's children yet because it starts on this object and makes children from there
treeMember.Add(new nodeTextLine(dialogueLines[currentChildIndex], currentChildIndex++, defaultSprite));
//Encoding[0] is the encoded tree structure. First we take the layers
foreach (string treeLayer in encoding[0].Split('|'))
{
//Then for each layer we split it again to get the individual nodes
foreach (string sNumChildren in treeLayer.Split(':'))
{
currentParentNode = treeMember[currentParentIndex++];
//The number tells us how many children to make, so we parse the string into an int and make children
for (int numChildren = int.Parse(sNumChildren); numChildren > 0; numChildren--)
{
treeMember.Add(new nodeTextLine(dialogueLines[currentChildIndex], currentChildIndex, defaultSprite));
currentParentNode.addChild(treeMember[currentChildIndex++]);
}
currentParentNode.setNumButtons(currentParentNode.getChildCount());
//Prints out every member in order with children indexes, very useful for debugging
//Debug.Log(currentParentNode);
}
}
//Encoding[1] has the nodes to add events to
if (encoding.Length > 1)
{
foreach (string nodeWithEvent in encoding[1].Split(':'))
{
getNodeAtIndex(int.Parse(nodeWithEvent)).setEvent(managerEvent);
}
}
}
public void setEvent(nodeEvent managerEvent)
{
triggeredEvent = managerEvent;
}
