// Start is called before the first frame update // Testing out possibility of automatically parsing dialogue // TODO define structure for dialogue and parse into this script private void OnValidate() { DialogueEditor.EditableConversation ec = nPCConversation.DeserializeForEditor(); for (int i = 0; i < ec.SpeechNodes.Count; i++) { ec.SpeechNodes[i].Text = i + " success!"; } nPCConversation.Serialize(ec); }
//-------------------------------------- // Load New Asset //-------------------------------------- public void LoadNewAsset(NPCConversation asset) { CurrentAsset = asset; Log("Loading new asset: " + CurrentAsset.name); // Clear all current UI Nodes uiNodes.Clear(); // Deseralize the asset and get the conversation root EditableConversation conversation = CurrentAsset.DeserializeForEditor(); if (conversation == null) { conversation = new EditableConversation(); } ConversationRoot = conversation.GetRootNode(); // If it's null, create a root if (ConversationRoot == null) { ConversationRoot = new EditableSpeechNode(); ConversationRoot.EditorInfo.xPos = (Screen.width / 2) - (UISpeechNode.Width / 2); ConversationRoot.EditorInfo.yPos = 0; ConversationRoot.EditorInfo.isRoot = true; conversation.SpeechNodes.Add(ConversationRoot); } // Get a list of every node in the conversation List <EditableConversationNode> allNodes = new List <EditableConversationNode>(); for (int i = 0; i < conversation.SpeechNodes.Count; i++) { allNodes.Add(conversation.SpeechNodes[i]); } for (int i = 0; i < conversation.Options.Count; i++) { allNodes.Add(conversation.Options[i]); } // For every node: // Find the children and parents by UID for (int i = 0; i < allNodes.Count; i++) { // Remove duplicate parent UIDs HashSet <int> noDupes = new HashSet <int>(allNodes[i].parentUIDs); allNodes[i].parentUIDs.Clear(); foreach (int j in noDupes) { allNodes[i].parentUIDs.Add(j); } allNodes[i].parents = new List <EditableConversationNode>(); for (int j = 0; j < allNodes[i].parentUIDs.Count; j++) { allNodes[i].parents.Add(conversation.GetNodeByUID(allNodes[i].parentUIDs[j])); } if (allNodes[i] is EditableSpeechNode) { // Speech options int count = (allNodes[i] as EditableSpeechNode).OptionUIDs.Count; (allNodes[i] as EditableSpeechNode).Options = new List <EditableOptionNode>(); for (int j = 0; j < count; j++) { (allNodes[i] as EditableSpeechNode).Options.Add( conversation.GetOptionByUID((allNodes[i] as EditableSpeechNode).OptionUIDs[j])); } // Speech following speech (allNodes[i] as EditableSpeechNode).Speech = conversation. GetSpeechByUID((allNodes[i] as EditableSpeechNode).SpeechUID); } else if (allNodes[i] is EditableOptionNode) { (allNodes[i] as EditableOptionNode).Speech = conversation.GetSpeechByUID((allNodes[i] as EditableOptionNode).SpeechUID); } } // For every node: // 1: Create a corresponding UI Node to represent it, and add it to the list // 2: Tell any of the nodes children that the node is the childs parent for (int i = 0; i < allNodes.Count; i++) { EditableConversationNode node = allNodes[i]; if (node is EditableSpeechNode) { // 1 UISpeechNode uiNode = new UISpeechNode(node, new Vector2(node.EditorInfo.xPos, node.EditorInfo.yPos)); uiNodes.Add(uiNode); // 2 EditableSpeechNode speech = node as EditableSpeechNode; if (speech.Options != null) { for (int j = 0; j < speech.Options.Count; j++) { speech.Options[j].parents.Add(speech); } } if (speech.Speech != null) { speech.Speech.parents.Add(speech); } } else { // 1 UIOptionNode uiNode = new UIOptionNode(node, new Vector2(node.EditorInfo.xPos, node.EditorInfo.yPos)); uiNodes.Add(uiNode); // 2 EditableOptionNode option = node as EditableOptionNode; if (option.Speech != null) { option.Speech.parents.Add(option); } } } Recenter(); Repaint(); #if UNITY_EDITOR UnityEditor.SceneManagement.EditorSceneManager.MarkSceneDirty(UnityEditor.SceneManagement.EditorSceneManager.GetActiveScene()); #endif }