protected override void UpdateOutEdges(Graph graph)
{
GameMasterNode arcFile = NodeFile.Owner;
ArcNodeData arc = arcFile?.NodeData as ArcNodeData;
if (arc != null)
{
foreach (string inEdgeName in mOutEdgeStrings)
{
List <GameMasterNode> linkedEncounters = arc.GetEncountersWithInEdge(inEdgeName);
if (linkedEncounters.Count == 1 && linkedEncounters[0].Name.Equals(inEdgeName))
{
if (mChoiceEdgeInfo.ContainsKey(inEdgeName))
{
foreach (string choice in mChoiceEdgeInfo[inEdgeName])
{
Node choiceNode = graph.AddNode(NodeFile.Id + "#" + choice);
choiceNode.LabelText = '"' + choice + '"';
MakeNodePrivate(choiceNode);
graph.AddEdge(NodeFile.Id, choiceNode.Id).UserData = inEdgeName;
graph.AddEdge(choiceNode.Id, linkedEncounters[0].Id).UserData = inEdgeName;
}
}
else
{
graph.AddEdge(NodeFile.Id, linkedEncounters[0].Id).UserData = inEdgeName;
}
}
else
{
Node arcOutNode = graph.AddNode(arcFile.Id + "#" + inEdgeName);
arcOutNode.LabelText = inEdgeName;
MakeNodePrivate(arcOutNode);
if (mChoiceEdgeInfo.ContainsKey(inEdgeName))
{
foreach (string choice in mChoiceEdgeInfo[inEdgeName])
{
Node choiceNode = graph.AddNode(NodeFile.Id + "#" + choice);
choiceNode.LabelText = '"' + choice + '"';
MakeNodePrivate(choiceNode);
graph.AddEdge(NodeFile.Id, choiceNode.Id).UserData = inEdgeName;
graph.AddEdge(choiceNode.Id, arcOutNode.Id).UserData = inEdgeName;
}
}
else
{
graph.AddEdge(NodeFile.Id, arcOutNode.Id).UserData = inEdgeName;
}
foreach (GameMasterNode linkedEncounter in linkedEncounters)
{
graph.AddEdge(arcOutNode.Id, linkedEncounter.Id).UserData = inEdgeName;
}
}
}
}
}
// Returns list of out edges
private List <string> GetOutEdges()
{
List <string> outEdges = new List <string>();
GameMasterNode arcFile = NodeFile.Owner;
if (arcFile != null)
{
ArcNodeData arc = arcFile.NodeData as ArcNodeData;
foreach (string inEdgeName in mOutEdgeStrings)
{
foreach (GameMasterNode linkedEncounter in arc.GetEncountersWithInEdge(inEdgeName))
{
outEdges.Add(linkedEncounter.Id);
}
}
}
return(outEdges);
}
public override NodeData Clone(GameMasterNode nodeFile)
{
EncounterNodeData newNodeData = new EncounterNodeData();
newNodeData.NodeFile = nodeFile;
newNodeData.mEncounterType = mEncounterType;
newNodeData.mInEdge = mInEdge;
newNodeData.mOutEdgeStrings = new List <string>();
newNodeData.mIsStartNode = mIsStartNode;
if (NodeFile.Owner != null && NodeFile.Owner.NodeType == GameMasterNodeType.ARC)
{
ArcNodeData ownerArcData = NodeFile.Owner.NodeData as ArcNodeData;
ownerArcData.AddEncounter(newNodeData);
nodeFile.Owner = NodeFile.Owner;
}
return(newNodeData);
}
public override bool AddOutEdge(GameMasterNode nodeFile)
{
if (nodeFile.NodeType != GameMasterNodeType.ENCOUNTER)
{
return(false);
}
EncounterNodeData encounterData = nodeFile.NodeData as EncounterNodeData;
string inEdge = encounterData.InEdge;
if (encounterData.IsStartNode)
{
// Cannot add start nodes to an encounter. they should be added to arc
return(false);
}
List <string> outEdges = GetOutEdges();
if (outEdges.Contains(nodeFile.Id))
{
// This item is already part of the out edges
return(false);
}
if (!mOutEdgeStrings.Contains(inEdge))
{
// This out edge isn't already in the list of possible out edges, see if we can add it.
switch (mEncounterType)
{
case "generator":
// Cannot add more than one edge to generator
return(false);
case "random_out_edge":
JObject randomOutEdgesDictionary = (JObject)NodeFile.Json["random_out_edge_info"]["out_edges"];
randomOutEdgesDictionary.Add(inEdge, JObject.Parse(@"{""weight"":1 }"));
mOutEdgeStrings.Add(inEdge);
break;
case "collection_quest":
return(false);
case "dialog_tree":
// We can't add to a dialog tree, you have to specify a node.
return(false);
case "counter":
// Cannot add to a counter because it either does fail or success
return(false);
default:
NodeFile.Json.Remove("out_edge");
mOutEdgeStrings.Add(inEdge);
NodeFile.Json.Add("out_edge", JsonConvert.SerializeObject(mOutEdgeStrings));
break;
}
}
if (nodeFile.Owner != NodeFile.Owner)
{
// make sure encounter is added to this tree
ArcNodeData ownerArcData = NodeFile.Owner.NodeData as ArcNodeData;
ownerArcData.AddEncounter(encounterData);
nodeFile.Owner = NodeFile.Owner;
}
NodeFile.IsModified = true;
return(true);
}