private void deleteRDNode(RDNode node)
{
// function to effectively remove stock RD nodes
node.tech.hideIfNoParts = true;
clearParentsFromNode(node);
clearChildrenFromNode(node);
// move node outside the visible area in case it contains parts already researched (purchased parts doesn't seem to be reliably initialized upon entering space center)
moveNode(node, 500, 0);
// clear all part assignments on both the node and part side
node.tech.partsAssigned.Clear();
foreach (AvailablePart tempPart in PartLoader.LoadedPartsList)
{
if (tempPart.TechRequired == node.tech.techID)
{
tempPart.TechRequired = "unassigned";
}
}
}
//draws arrows manually (not required atm)
private void recreateArrows(RDNode rdNode)
{
if (rdNode.state != RDNode.State.HIDDEN)
{
for (int i = 0; i < rdNode.parents.Count(); ++i)
{
//Recreate Parent hopefully recreates incoming array? nope, doesnt, also not with calling UpdateGraphics and/or Setup not...
//just changing the line does not update the graphics either.
RDNode.Parent parentStruct = rdNode.parents[i];
if (parentStruct.line != null)
{
Vector.DestroyLine(ref parentStruct.line);
}
if (parentStruct.arrowHead != null)
{
GameObject.Destroy(parentStruct.arrowHead);
}
}//endfor foreach parentnode
RDGridArea gridArea = GameObject.FindObjectOfType <RDGridArea>();
//typeof(RDNode).GetMethod("InitializeArrows", BindingFlags.NonPublic | BindingFlags.Instance).Invoke(treeNode, new object[] { });
if (rdNode.state == RDNode.State.RESEARCHED || rdNode.state == RDNode.State.RESEARCHABLE)
{
typeof(RDNode).GetMethod("DrawArrow", BindingFlags.NonPublic | BindingFlags.Instance).Invoke(rdNode, new object[] { gridArea.LineMaterial });
}
else
{
typeof(RDNode).GetMethod("DrawArrow", BindingFlags.NonPublic | BindingFlags.Instance).Invoke(rdNode, new object[] { gridArea.LineMaterialGray });
}
}
}
private void visitNode(RDNode rdNode, ref List <RDNode> sortedList, ref HashSet <RDNode> unmarkedNodes, ref HashSet <RDNode> markedNodes, ref HashSet <RDNode> tempMarkedNodes)
{
//Debug.Log("TOPOSORT visiting " + rdNode.gameObject.name);
if (tempMarkedNodes.Contains(rdNode))
{
throw new Exception("ATC: Circular dependency in Tech-Node Graph! RDNode " + rdNode.gameObject.name + " is in a circular dependency with one of its direct or indirect parents");
}
if (!markedNodes.Contains(rdNode)) //this node has not been visited yet
{
tempMarkedNodes.Add(rdNode);
//DFS-search recursive for all children
foreach (RDNode child in rdNode.children)
{
visitNode(child, ref sortedList, ref unmarkedNodes, ref markedNodes, ref tempMarkedNodes);
}
//Debug.Log("TOPOSORT marking node " + rdNode.gameObject.name);
markedNodes.Add(rdNode);
tempMarkedNodes.Remove(rdNode);
unmarkedNodes.Remove(rdNode);
sortedList.Insert(0, rdNode);//prepend to list
}
}
private void processNewNodes(ConfigNode tree)
{
Debug.Log("processing all NEW_NODE items");
//RDController rdControl = GameObject.FindObjectOfType<RDController>();
List <RDNode> newRDNodes = new List <RDNode>();
try
{
foreach (ConfigNode cfgNodeNew in tree.GetNodes("NEW_NODE"))
{
//only create RDNodes that are not yet in the Techtree
string newName = cfgNodeNew.GetValue("gameObjectName");
RDNode existingNode = GetNodeNamed(newName);
//RDNode newNode = createNode();
RDNode newNode = RDNodeFactory.Instance.Create();
if (newNode.tech == null)
{
Debug.Log("newNode.tech is null after createNode");
newNode.tech = new RDTech();
}
if (newNode.gameObject == null)
{
Debug.Log("newNode.gameObject is still null after Setup");
}
Debug.Log("created node and tech, now setting basic tech parameters");
//setup all the basic parameters that are not handled in updatenode
newNode.treeNode = true;
newNode.gameObject.name = newName;
newNode.name = newName.Substring(newName.IndexOf("_") + 1);
newNode.tech.techID = newNode.name;
newNode.tech.hideIfNoParts = false;
Debug.Log("updating node with cfgFile-parameters");
updateNode(newNode, cfgNodeNew);
Debug.Log("created new RDNode " + newNode.gameObject.name + " with RDTech.title=" + newNode.tech.title + " techId=" + newNode.tech.techID);
newRDNodes.Add(newNode);
_newNodes.Add(newNode);
}//endof all newnodes
nodesWithConfigEntries.AddRange(newRDNodes);
}
catch (Exception ex)
{
Debug.LogError("Exception in NEWNODE processing - " + ex.ToString());
}
} //end loadTree()
private void clearParentsFromNode(RDNode treeNode)
{
foreach (RDNode.Parent oldParent in treeNode.parents)
{
oldParent.parent.node.children.Remove(treeNode);
}
treeNode.parents = new RDNode.Parent[0];
}
private void clearParentsFromNode(RDNode treeNode)
{
foreach (RDNode.Parent oldParent in treeNode.parents)
{
oldParent.parent.node.children.Remove(treeNode);
}
Array.Clear(treeNode.parents, 0, treeNode.parents.Count());
}
private void moveNode(RDNode treeNode, float xPos, float yPos)
{
Vector3 newPos = treeNode.transform.localPosition;
newPos.x = xPos;
newPos.y = yPos;
treeNode.transform.localPosition = newPos;
}
public void Update()
{
// Do nothing if there is no PartList
if (RDController.Instance == null || RDController.Instance.partList == null)
{
return;
}
// In case the node is deselected
if (RDController.Instance.node_selected == null)
{
selectedNode = null;
}
// Do nothing if the tooltip hasn't changed since last update
if (selectedNode == RDController.Instance.node_selected)
{
return;
}
// Get the the selected node and partList ui object
selectedNode = RDController.Instance.node_selected;
// retrieve fieldInfo type
if (_fieldInfoRdPartList == null)
{
_fieldInfoRdPartList = typeof(RDPartList).GetField("partListItems", BindingFlags.NonPublic | BindingFlags.GetField | BindingFlags.Instance);
}
if (_fieldInfoRdPartList == null)
{
return;
}
var items = (List <RDPartListItem>)_fieldInfoRdPartList.GetValue(RDController.Instance.partList);
if (items == null)
{
return;
}
var upgradedTemplateItems = items.Where(p => !p.isPart && p.upgrade != null).ToList();
if (upgradedTemplateItems.Count == 0)
{
return;
}
foreach (RDPartListItem item in upgradedTemplateItems)
{
//Debug.Log("[KSPI]: RDColoredUpgradeIcon upgrade name " + item.upgrade.name + " upgrade techRequired: " + item.upgrade.techRequired);
item.gameObject.GetComponent <UnityEngine.UI.Image>().color = greenColor;
}
}
private void updateParentsForNode(RDNode treeNode, ConfigNode treeCfg)
{
//Debug.Log("updating parents for node " + treeNode.gameObject.name);
//clear all old parents. The RD-Scene will take care of drawing the arrows
clearParentsFromNode(treeNode);
List <RDNode.Parent> connectionList = new List <RDNode.Parent>();
foreach (ConfigNode parentCfg in treeCfg.GetNodes("PARENT_NODE"))
{
if (parentCfg.HasValue("name"))
{
string parentName = parentCfg.GetValue("name");
//RDNode parentNode = Array.Find<RDNode>(AssetBase.RnDTechTree.GetTreeNodes(), x => x.gameObject.name == parentName);
//RDNode parentNode = AssetBase.RnDTechTree.GetTreeNodes().FirstOrDefault(rdn => rdn.gameObject.name == parentName);
//RDNode parentNode = GameObject.FindObjectsOfType(typeof(RDNode)).Cast<RDNode>().FirstOrDefault(rdn => rdn.gameObject.name == parentName);
RDNode parentNode = GetNodeNamed(parentName);
if (parentNode) //Default-constructed RDNode (if search fails) fails this test
{
//Debug.Log(" --- parentnode: " + parentName);
parentNode.children.Add(treeNode);
RDNode.Parent connection;
// only manually override the anchor points if BOTH are specified in the config
if (parentCfg.HasValue("parentSide") && parentCfg.HasValue("childSide"))
{
RDNode.Anchor parentAnchor = (RDNode.Anchor)Enum.Parse(typeof(RDNode.Anchor), parentCfg.GetValue("parentSide"));
RDNode.Anchor childAnchor = (RDNode.Anchor)Enum.Parse(typeof(RDNode.Anchor), parentCfg.GetValue("childSide"));
//Debug.Log("Overriding auto-assignment for node " + treeNode.gameObject.name + " to " + parentAnchor + "->" + childAnchor);
connection = new RDNode.Parent(new RDNode.ParentAnchor(parentNode, parentAnchor), childAnchor);
parentConnectionsAlreadyProcessed.Add(connection);
}
else
{
//create RDNode.Parent structure - anchors will be corrected once all nodes have been loaded
connection = new RDNode.Parent(new RDNode.ParentAnchor(parentNode, RDNode.Anchor.RIGHT), RDNode.Anchor.LEFT);
}
connectionList.Add(connection);
}
else
{
Debug.LogError("ATC: Invalid parent node specified for: " + treeNode.gameObject.name + " parent: " + parentName);
}
}
}
treeNode.parents = connectionList.ToArray();
}
private void ForceUnlockTech(string techID)
{
Debug.Log("[Toppler] Force unlocking " + techID);
RDNode node = RDController.Instance.nodes.Find(n => n.tech.techID == techID);
lastNode = techID;
if (node != null)
{
node.tech.UnlockTech(true);
}
}
int NodeDepth(RDNode current)
{
int depth = 1;
while (current.parents.Count() > 0)
{
current = current.parents[0].parent.node;
depth++;
}
return(depth);
}
private bool isAnchorAvailableForOutgoingArrows(RDNode node, RDNode.Anchor anchor)
{
foreach (RDNode.Parent incomingConnection in node.parents)
{
if (incomingConnection.anchor == anchor)
{
return(false);
}
}
return(true);
}
private void clearChildrenFromNode(RDNode treeNode)
{
foreach (RDNode tempChild in treeNode.children)
{
List <RDNode.Parent> childParentList = tempChild.parents.ToList();
childParentList.Remove(childParentList.Find(tempParentConnection => tempParentConnection.parent.node == treeNode));
tempChild.parents = childParentList.ToArray();
}
treeNode.children.Clear();
}
public void OnTreeSpawn(RDController controller)
{
if (TestFlightManagerScenario.Instance == null || controller.nodes == null)
{
return;
}
List <RDNode> nodes = controller.nodes;
if (this.baseCost == null)
{
baseCost = new Dictionary <string, int>();
for (int i = 0; i < nodes.Count; i++)
{
RDNode node = nodes[i];
if (node != null && node.tech != null)
{
baseCost.Add(nodes[i].tech.techID, nodes[i].tech.scienceCost);
}
}
}
for (int n = 0; n < nodes.Count; n++)
{
RDNode node = nodes[n];
if (node != null && node.tech != null && !node.IsResearched && node.tech.partsAssigned != null)
{
float discount = 0f;
List <AvailablePart> parts = node.tech.partsAssigned;
for (int p = 0; p < parts.Count; p++)
{
if (parts[p] != null)
{
Part prefab = parts[p].partPrefab;
TestFlightPartData partData = TestFlightManagerScenario.Instance.GetPartDataForPart(parts[p].name);
if (partData != null && prefab != null)
{
TestFlightCore core = (TestFlightCore)prefab.Modules.OfType <TestFlightCore>().FirstOrDefault();
float flightData = partData.GetFloat("flightData");
if (core != null && flightData > core.startFlightData)
{
discount += (int)(((flightData - core.startFlightData) / (core.maxData - core.startFlightData)) * core.scienceDataValue);
}
}
}
}
if (discount > 0)
{
node.tech.scienceCost = (int)Math.Max(0, baseCost[node.tech.techID] - discount);
}
}
}
}
private RDNode createNode()
{
//Debug.Log("creating new RDNode");
RDNode startNode = findStartNode();
GameObject nodePrefab;
//if (startNode.prefab == null)
//{
Debug.Log("creating new GameObject()");
nodePrefab = new GameObject("newnode", typeof(RDNode), typeof(RDTech));
if (nodePrefab.GetComponent <RDNode>() == null)
{
Debug.Log("wtf - nodePrefab.getComponent<RDNode> is null");
}
if (nodePrefab.GetComponent <RDTech>() == null)
{
Debug.Log("wtf - nodePrefab.getComponent<RDTech> is null");
}
nodePrefab.GetComponent <RDTech>().techID = "newTech_RenameMe";
nodePrefab.GetComponent <RDNode>().tech = nodePrefab.GetComponent <RDTech>();
nodePrefab.GetComponent <RDNode>().prefab = startNode.prefab;
nodePrefab.GetComponent <RDNode>().parents = new RDNode.Parent[0];
nodePrefab.GetComponent <RDNode>().icon = startNode.icon;
nodePrefab.GetComponent <RDNode>().controller = startNode.controller;
nodePrefab.GetComponent <RDNode>().scale = startNode.scale;
nodePrefab.SetActive(false);
//}
//else
//{
// nodePrefab = startNode.prefab;
//}
Debug.Log("Instantiating prefab nodeObject");
GameObject clone = (GameObject)GameObject.Instantiate(nodePrefab);
clone.SetActive(true);
clone.transform.parent = startNode.transform.parent;
clone.transform.localPosition = new Vector3(0, 50, 0);
clone.GetComponent <RDNode>().children = new List <RDNode>();
clone.GetComponent <RDNode>().tech = new RDTech();
return(clone.GetComponent <RDNode>());
}
public void UpdateTechlistIconColor()
{
if (RDController.Instance != null)
{
for (int i = RDController.Instance.nodes.Count; i-- > 0;)
{
RDNode node = RDController.Instance.nodes[i];
if (node?.tech != null)
{
if (HasTechInList(node.tech.techID))
{
node.graphics?.SetIconColor(XKCDColors.KSPNotSoGoodOrange);
}
// else reset? Bleh, why bother.
}
}
}
}
public RDNode Create()
{
GameObject clone = GameObject.Instantiate(NodePrefab) as GameObject;
RDNode node = clone.GetComponent <RDNode>();
node.tech = clone.GetComponent <RDTech>();
node.name = _newNodeName;
node.children = new List <RDNode>();
node.description = "";
clone.transform.localPosition = NodePrefab.transform.localPosition;
clone.transform.parent = NodePrefab.transform.parent;
//clone.transform.localRotation = NodePrefab.transform.localRotation;
//clone.transform.localScale = NodePrefab.transform.localScale;
node.tech.Start();
clone.SetActive(true);
return(node);
}
internal static void Find(bool clean = false)
{
List <RDNode> _nodes = RDController.Instance.nodes;
for (int _i = _nodes.Count - 1; _i >= 0; --_i)
{
RDNode _node = _nodes[_i];
RDTech _rdTech = _node.tech;
if (_node.graphics != null)
{
UIStateButton _button = _node.graphics.button;
if (!clean && _rdTech.partsAssigned.Find(aPart => QSearch.FindPart(aPart)) != null)
{
_button.Image.color = new Color(1f, 0f, 0f);
continue;
}
_button.Image.color = new Color(1f, 1f, 1f);
}
}
//QDebug.Log ("Find: " + QSearch.Text, "QRnD");
}
private List <RDNode> calculateTopologicalSorting()
{
List <RDNode> sortedList = new List <RDNode>();
HashSet <RDNode> tempMarkedNodes = new HashSet <RDNode>();
HashSet <RDNode> markedNodes = new HashSet <RDNode>();
HashSet <RDNode> unmarkedNodes = new HashSet <RDNode>();
foreach (RDNode rdNode in GameObject.FindObjectsOfType(typeof(RDNode)).Cast <RDNode>())
{
unmarkedNodes.Add(rdNode);
}
while (unmarkedNodes.Count > 0)
{
RDNode n = unmarkedNodes.First();
visitNode(n, ref sortedList, ref unmarkedNodes, ref markedNodes, ref tempMarkedNodes);
}
return(sortedList);
}
private List <RDNode> calculateTopologicalSorting()
{
List <RDNode> sortedList = new List <RDNode>();
HashSet <RDNode> tempMarkedNodes = new HashSet <RDNode>();
HashSet <RDNode> markedNodes = new HashSet <RDNode>();
HashSet <RDNode> unmarkedNodes = new HashSet <RDNode>();
foreach (RDNode rdNode in AssetBase.RnDTechTree.GetTreeNodes())
{
unmarkedNodes.Add(rdNode);
}
while (unmarkedNodes.Count > 0)
{
RDNode n = unmarkedNodes.First();
visitNode(n, ref sortedList, ref unmarkedNodes, ref markedNodes, ref tempMarkedNodes);
}
return(sortedList);
}
static private void AddTechNodeToTreeNode(RDNode techNode, ConfigNode treeConfigNode)
{
ConfigNode techNodeConfigNode = new ConfigNode("TECH_NODE");
techNodeConfigNode.AddValue("name", techNode.gameObject.name);
techNodeConfigNode.AddValue("title", techNode.tech.title);
techNodeConfigNode.AddValue("description", techNode.tech.description);
techNodeConfigNode.AddValue("icon", techNode.icon.ToString());
techNodeConfigNode.AddValue("scienceCost", techNode.tech.scienceCost);
techNodeConfigNode.AddValue("anyParentUnlocks", techNode.AnyParentToUnlock);
techNodeConfigNode.AddValue("hideIfNoparts", techNode.hideIfNoParts);
techNodeConfigNode.AddValue("posX", techNode.transform.localPosition.x);
techNodeConfigNode.AddValue("posY", techNode.transform.localPosition.y);
if (techNode.parents != null)
{
foreach (RDNode.Parent tempParentConnection in techNode.parents)
{
if (tempParentConnection != null)
{
ConfigNode parentConfigNode = new ConfigNode("PARENT_NODE");
parentConfigNode.AddValue("name", tempParentConnection.parent.node.gameObject.name);
techNodeConfigNode.AddNode(parentConfigNode);
}
}
}
treeConfigNode.AddNode(techNodeConfigNode);
}
public void Update()
{
// Do nothing if there is no PartList
if (RDController.Instance == null)
{
return;
}
if (RDController.Instance.partList == null)
{
return;
}
// In case the node is deselected
if (RDController.Instance.node_selected == null)
{
selectedNode = null;
}
// Do nothing if the tooltip hasn't changed since last update
if (selectedNode == RDController.Instance.node_selected)
{
return;
}
// Get the the selected node and partlist ui object
selectedNode = RDController.Instance.node_selected;
RDPartList partList = RDController.Instance.partList;
var field = typeof(RDPartList).GetField("partListItems", BindingFlags.NonPublic | BindingFlags.GetField | BindingFlags.Instance);
List <RDPartListItem> items = (List <RDPartListItem>)field.GetValue(partList);
foreach (RDPartListItem item in items.Where(p => !p.isPart && p.upgrade != null))
{
item.gameObject.GetComponent <UnityEngine.UI.Image>().color = new Color(0.717f, 0.819f, 0.561f); // light green RGB(183,209,143)
}
}
public void Update()
{
// Do nothing if there is no PartList
if (RDController.Instance == null || RDController.Instance.partList == null)
{
return;
}
// In case the node is deselected
if (RDController.Instance.node_selected == null)
{
selectedNode = null;
}
// Do nothing if the tooltip hasn't changed since last update
if (selectedNode == RDController.Instance.node_selected)
{
return;
}
// Get the the selected node and partlist ui object
selectedNode = RDController.Instance.node_selected;
// retrieve fieldInfo type
if (fieldInfoRDPartList == null)
{
fieldInfoRDPartList = typeof(RDPartList).GetField("partListItems", BindingFlags.NonPublic | BindingFlags.GetField | BindingFlags.Instance);
}
var items = (List <RDPartListItem>)fieldInfoRDPartList.GetValue(RDController.Instance.partList);
foreach (RDPartListItem item in items.Where(p => !p.isPart && p.upgrade != null))
{
item.gameObject.GetComponent <UnityEngine.UI.Image>().color = greenColor;
}
}
public RDNodeWrapper(RDNode node)
{
this.node = node;
this.traverse = Traverse.Create(node);
}
public static List <Vector2> Execute(RDNode node, RDNode.Parent parent) => new RDNodeWrapper(node).GetVectorArray(parent);
private void setupAnchors(RDNode target, ref RDNode.Parent connection)
{
RDNode source = connection.parent.node;
//find main direction from outgoing node (parent) to target (connectionOwner) node to set anchor tags
//Exception: Cannot display incoming and outgoing nodes on the same anchor
Vector3 connectionVec = target.transform.localPosition - source.transform.localPosition;
//calculate/setup anchors
List <RDNode.Anchor> possibleParentAnchors = new List <RDNode.Anchor>();
List <RDNode.Anchor> possibleTargetAnchors = new List <RDNode.Anchor>();
if (connectionVec.x >= 0)
{//left to right
if (isAnchorAvailableForOutgoingArrows(source, RDNode.Anchor.RIGHT))
{
possibleParentAnchors.Add(RDNode.Anchor.RIGHT);
}
possibleTargetAnchors.Add(RDNode.Anchor.LEFT);
}
else
{
if (isAnchorAvailableForOutgoingArrows(source, RDNode.Anchor.LEFT))
{
possibleParentAnchors.Add(RDNode.Anchor.LEFT);
}
possibleTargetAnchors.Add(RDNode.Anchor.RIGHT);
}
if (connectionVec.y >= 0) //up
{
if (isAnchorAvailableForOutgoingArrows(source, RDNode.Anchor.TOP))
{
possibleParentAnchors.Add(RDNode.Anchor.TOP);
}
possibleTargetAnchors.Add(RDNode.Anchor.BOTTOM);
}
else // TOP-DOWN connection doesnt work because of parent or target anchor
{
//neither does or BOTTOM->LEFT RIGHT->TOP neiter
//possibleParentAnchors.Add(RDNode.Anchor.BOTTOM);
//possibleTargetAnchors.Add(RDNode.Anchor.TOP);
}
//Debug.Log("options remaining after filtering: " + possibleParentAnchors.Count());
//foreach (RDNode.Anchor anchor in possibleParentAnchors)
// Debug.Log("available anchor: " + anchor);
//if two options are available, pick the larger distance
if (Math.Abs(connectionVec.x) < Math.Abs(connectionVec.y)) //preferrably vertical {
{
possibleParentAnchors.Reverse();
possibleTargetAnchors.Reverse();
}
if (possibleParentAnchors.Count == 0 || possibleTargetAnchors.Count == 0)
{
Debug.LogWarning("no valid anchor for connection " + source.gameObject.name + "->" + target.gameObject.name + ", direction = " + connectionVec.ToString() + ", defaulting to anchors RIGHT->LEFT");
if (possibleParentAnchors.Count == 0)
{
possibleParentAnchors.Add(RDNode.Anchor.RIGHT);
}
if (possibleTargetAnchors.Count == 0)
{
possibleTargetAnchors.Add(RDNode.Anchor.LEFT);
}
}
//Debug.Log(" anchors for connection " + source.gameObject.name + "->" + target.gameObject.name+ ", direction = " + connectionVec.ToString() + " anchors : " + possibleParentAnchors.First() + " -> " + possibleTargetAnchors.First());
connection.anchor = possibleTargetAnchors.First();
connection.parent.anchor = possibleParentAnchors.First();
}
} //end loadTree()
private void updateNode(RDNode treeNode, ConfigNode cfgNode)
{
if (cfgNode.HasValue("title"))
{
//treeNode.name = cfgNode.GetValue("title");
treeNode.tech.title = cfgNode.GetValue("title");
}
if (cfgNode.HasValue("description"))
{
treeNode.description = cfgNode.GetValue("description").Replace("\\n", "\n");
treeNode.tech.description = treeNode.description;
}
if (cfgNode.HasValue("scienceCost"))
treeNode.tech.scienceCost = int.Parse(cfgNode.GetValue("scienceCost"));
//Debug.Log("checking icon");
if (cfgNode.HasValue("icon"))
{
//bool success = Enum.TryParse<RDNode.Icon>(cfgNode.GetValue("icon"), out icon); //.NET >= 4.0
try
{
RDNode.Icon icon = (RDNode.Icon)Enum.Parse(typeof(RDNode.Icon), cfgNode.GetValue("icon"));
treeNode.icon = icon;
//Debug.Log("Setting iconstate");
//treeNode.SetIconState(icon); //not required, game handles this automatically for stocknodes
}
catch (Exception ex)
{
Debug.LogError("Invalid Icon name '" + cfgNode.GetValue("icon") + "'" + ex.Message);
}
}
if (cfgNode.HasValue("anyParentUnlocks"))
treeNode.AnyParentToUnlock = bool.Parse(cfgNode.GetValue("anyParentUnlocks"));
if (cfgNode.HasValue("hideIfNoparts"))
{
treeNode.tech.hideIfNoParts = bool.Parse(cfgNode.GetValue("hideIfNoparts"));
}
else
{
treeNode.tech.hideIfNoParts = false;
}
//setup parent/child relations
updateParentsForNode(treeNode, cfgNode);
if (cfgNode.HasValue("posX") || cfgNode.HasValue("posY"))
{
Vector3 newPos = treeNode.transform.localPosition;
if (cfgNode.HasValue("posX"))
newPos.x = float.Parse(cfgNode.GetValue("posX"));
if (cfgNode.HasValue("posY"))
newPos.y = float.Parse(cfgNode.GetValue("posY"));
moveNode(treeNode, newPos.x, newPos.y);
}
}
private bool isAnchorAvailableForOutgoingArrows(RDNode node, RDNode.Anchor anchor)
{
foreach (RDNode.Parent incomingConnection in node.parents)
if (incomingConnection.anchor == anchor)
return false;
return true;
}
private void visitNode(RDNode rdNode, ref List<RDNode> sortedList, ref HashSet<RDNode> unmarkedNodes, ref HashSet<RDNode> markedNodes, ref HashSet<RDNode> tempMarkedNodes)
{
//Debug.Log("TOPOSORT visiting " + rdNode.gameObject.name);
if (tempMarkedNodes.Contains(rdNode))
{
throw new Exception("ATC: Circular dependency in Tech-Node Graph! RDNode " + rdNode.gameObject.name + " is in a circular dependency with one of its direct or indirect parents");
}
if (!markedNodes.Contains(rdNode)) //this node has not been visited yet
{
tempMarkedNodes.Add(rdNode);
//DFS-search recursive for all children
foreach (RDNode child in rdNode.children)
visitNode(child, ref sortedList, ref unmarkedNodes, ref markedNodes, ref tempMarkedNodes);
//Debug.Log("TOPOSORT marking node " + rdNode.gameObject.name);
markedNodes.Add(rdNode);
tempMarkedNodes.Remove(rdNode);
unmarkedNodes.Remove(rdNode);
sortedList.Insert(0, rdNode);//prepend to list
}
}
} //end loadTree()
private void updateNode(RDNode treeNode, ConfigNode cfgNode)
{
if (cfgNode.HasValue("title"))
{
//treeNode.name = cfgNode.GetValue("title");
treeNode.tech.title = cfgNode.GetValue("title");
}
if (cfgNode.HasValue("description"))
{
treeNode.description = cfgNode.GetValue("description").Replace("\\n", "\n");
treeNode.tech.description = treeNode.description;
}
if (cfgNode.HasValue("scienceCost"))
{
treeNode.tech.scienceCost = int.Parse(cfgNode.GetValue("scienceCost"));
}
//Debug.Log("checking icon");
if (cfgNode.HasValue("icon"))
{
//bool success = Enum.TryParse<RDNode.Icon>(cfgNode.GetValue("icon"), out icon); //.NET >= 4.0
try
{
RDNode.Icon icon = (RDNode.Icon)Enum.Parse(typeof(RDNode.Icon), cfgNode.GetValue("icon"));
treeNode.icon = icon;
//Debug.Log("Setting iconstate");
//treeNode.SetIconState(icon); //not required, game handles this automatically for stocknodes
}
catch (Exception ex)
{
Debug.LogError("Invalid Icon name '" + cfgNode.GetValue("icon") + "'" + ex.Message);
}
}
if (cfgNode.HasValue("anyParentUnlocks"))
{
treeNode.AnyParentToUnlock = bool.Parse(cfgNode.GetValue("anyParentUnlocks"));
}
if (cfgNode.HasValue("hideIfNoparts"))
{
treeNode.tech.hideIfNoParts = bool.Parse(cfgNode.GetValue("hideIfNoparts"));
}
else
{
treeNode.tech.hideIfNoParts = false;
}
//setup parent/child relations
updateParentsForNode(treeNode, cfgNode);
if (cfgNode.HasValue("posX") || cfgNode.HasValue("posY"))
{
Vector3 newPos = treeNode.transform.localPosition;
if (cfgNode.HasValue("posX"))
{
newPos.x = float.Parse(cfgNode.GetValue("posX"));
}
if (cfgNode.HasValue("posY"))
{
newPos.y = float.Parse(cfgNode.GetValue("posY"));
}
moveNode(treeNode, newPos.x, newPos.y);
}
}
private void clearChildrenFromNode(RDNode treeNode)
{
foreach (RDNode tempChild in treeNode.children)
{
List<RDNode.Parent> childParentList = tempChild.parents.ToList();
childParentList.Remove(childParentList.Find(tempParentConnection => tempParentConnection.parent.node == treeNode));
tempChild.parents = childParentList.ToArray();
}
treeNode.children.Clear();
}
private void LoadTree()
{
if (!ATCTreeDumper.m_bHasTreeAlreadyBeenDumped && ATCTreeDumper.m_bIsEnabled)
{
ATCTreeDumper.DumpCurrentTreeToFile("StockTree.cfg", "stock");
}
settings = getActiveSettingCfg();
if (!settings.HasData)
{
return;
}
debugCombo = settings.GetValue("debugDumpKeyCombo");
reloadCombo = settings.GetValue("reloadKeyCombo");
nodesWithConfigEntries.Clear();
parentConnectionsAlreadyProcessed.Clear();
foreach (ConfigNode activeTreeCfg in settings.GetNodes("ACTIVE_TECH_TREE"))
{
ConfigNode tree = getTreeCfgForActiveTreeCfg(activeTreeCfg);
if (!tree.HasData)
{
Debug.LogError("TechChanger: Treeconfig '" + activeTreeCfg.GetValue("name") + "' empty/not found!");
continue;
}
setupBodyScienceParamsForTree(tree);
Debug.Log("ATC: processing all TECH_NODE items");
//check modify-nodes
foreach (ConfigNode cfgNodeModify in tree.GetNodes("TECH_NODE"))
{
string gameObjectName = cfgNodeModify.GetValue("name");
//Debug.Log("processing MODIFY_NODE " + gameObjectName);
//RDNode treeNode = Array.Find<RDNode>(AssetBase.RnDTechTree.GetTreeNodes(), x => x.gameObject.name == gameObjectName);
RDNode treeNode = GameObject.FindObjectsOfType(typeof(RDNode)).Cast <RDNode>().FirstOrDefault(rdn => rdn.gameObject.name == gameObjectName);
if (treeNode.treeNode)
{
updateNode(treeNode, cfgNodeModify);
nodesWithConfigEntries.Add(treeNode);
}
else
{
Debug.LogWarning("Could not find RDNode with gameObjectName == " + gameObjectName);
}
}//end for all nodes;
//deactivated for now
processNewNodes(tree);
}//end foreach tree-config
deleteAbsentNodes();
List <RDNode> topoSortedNodes = calculateTopologicalSorting();
foreach (RDNode rdNode in topoSortedNodes)
{
//Debug.Log("setting up anchors for " + rdNode.gameObject.name);
for (int i = 0; i < rdNode.parents.Count(); ++i)
{
if (parentConnectionsAlreadyProcessed.Contains(rdNode.parents[i]))
{
//Debug.Log("Skipping auto-anchor assignment for node " + rdNode.gameObject.name);
}
else
{
setupAnchors(rdNode, ref rdNode.parents[i]);
}
//warn for anchors that cannot be displayed properly. This might happen if a user-config overrides the auto-assignment. Or if the auto-assignment screws up
if (rdNode.parents[i].parent.anchor == RDNode.Anchor.BOTTOM)
{
Debug.LogWarning("ATC: Warning: Arrow from " + rdNode.parents[i].parent.node.gameObject.name + "to" + rdNode.gameObject.name + " will cannot be displayed because it uses parent anchor BOTTOM!");
}
if (rdNode.parents[i].anchor == RDNode.Anchor.TOP)
{
Debug.LogWarning("ATC: Warning: Arrow from " + rdNode.parents[i].parent.node.gameObject.name + "to" + rdNode.gameObject.name + " will cannot be displayed because it uses anchor TOP!");
}
}
}
}
private void processNewNodes(ConfigNode tree)
{
Debug.Log("processing all NEW_NODE items");
//RDController rdControl = GameObject.FindObjectOfType<RDController>();
List <RDNode> newRDNodes = new List <RDNode>();
try
{
foreach (ConfigNode cfgNodeNew in tree.GetNodes("NEW_NODE"))
{
//only create RDNodes that are not yet in the Techtree
string newName = cfgNodeNew.GetValue("gameObjectName");
//if (!Array.Exists<RDNode>(AssetBase.RnDTechTree.GetTreeNodes(), x => x.gameObject.name == newName))
if (!GameObject.FindObjectsOfType(typeof(RDNode)).Cast <RDNode>().Any(rdn => rdn.gameObject.name == newName))
{
RDNode newNode = createNode();
if (newNode.tech == null)
{
Debug.Log("newNode.tech is null after createNode");
newNode.tech = new RDTech();
}
if (newNode.gameObject == null)
{
Debug.Log("newNode.gameObject is still null after Setup");
}
//Debug.Log("calling rdNode.Warmup()");
//newNode.Warmup(newTech);
//Debug.Log("NEWNODE: after Setup(), startNode has " + findStartNode().children.Count() + " children");
Debug.Log("created node and tech, now setting basic tech parameters");
//setup all the basic parameters that are not handled in updatenode
newNode.treeNode = true;
newNode.gameObject.name = newName;
newNode.name = newName.Substring(newName.IndexOf("_") + 1);
newNode.tech.techID = newNode.name;
newNode.tech.hideIfNoParts = false;
Debug.Log("updating node with cfgFile-parameters");
updateNode(newNode, cfgNodeNew);
Debug.Log("created new RDNode " + newNode.gameObject.name + " with RDTech.title=" + newNode.tech.title + " techId=" + newNode.tech.techID);
//Debug.Log("NEWNODE: after updateNode(), startNode has " + findStartNode().children.Count() + " children");
//Debug.Log("NEWNODE: calling RegisterNode(), AssetBase.TechTree has " + AssetBase.RnDTechTree.GetTreeNodes().Count() + " entries");
//newNode.controller.RegisterNode(newNode);
//Debug.Log("NEWNODE: after RegisterNode(), AssetBase.TechTree has " + AssetBase.RnDTechTree.GetTreeNodes().Count() + " entries");
//newNode.SetButtonState(RDNode.State.RESEARCHABLE);
//newNode.SetButtonState(RDNode.State.RESEARCHABLE);
Debug.Log("calling newnode.setup");
newNode.Setup(); //This sets the anchor offsets
//Debug.Log("Invoking rdController.registerNode");
typeof(RDNode).GetMethod("InitializeArrows", BindingFlags.NonPublic | BindingFlags.Instance).Invoke(newNode, null);
newRDNodes.Add(newNode);
//addedNewNodes.Add(newName);
}//endif tech not yet added
else
{
RDNode newNode = GameObject.FindObjectsOfType(typeof(RDNode)).Cast <RDNode>().FirstOrDefault(rdn => rdn.gameObject.name == newName);
newNode.Setup();
newRDNodes.Add(newNode);
}
}//endof all newnodes
nodesWithConfigEntries.AddRange(newRDNodes);
if (newRDNodes.Any())
{
Debug.Log("Invoking Warmup");
RDTechTree rd_tree = AssetBase.RnDTechTree;
MethodInfo rd_tree_minfo = typeof(RDTechTree).GetMethod("Warmup", BindingFlags.NonPublic | BindingFlags.Instance); //.GetMethods(BindingFlags.NonPublic | BindingFlags.Instance).Where(mtd => mtd.Name.Contains("warmup")).FirstOrDefault();
rd_tree_minfo.Invoke(rd_tree, null);
Debug.Log("Warmup Complete");
}
//List<RDNode> rdnodes = AssetBase.RnDTechTree.GetTreeNodes().ToList();
//List<RDTech> rdtechs = AssetBase.RnDTechTree.GetTreeTechs().ToList();
//rdnodes.AddRange(newRDNodes);
//rdtechs.AddRange(newRDNodes.Select(rdn => rdn.tech));
//FieldInfo rdnodes_info = typeof(RDTechTree).GetFields(BindingFlags.NonPublic | BindingFlags.Static).Where(fld => fld.FieldType.FullName.Contains("RDNode")).FirstOrDefault();
//FieldInfo rdtechs_info = typeof(RDTechTree).GetFields(BindingFlags.NonPublic | BindingFlags.Static).Where(fld => fld.FieldType.FullName.Contains("RDTech")).FirstOrDefault();
//rdnodes_info.SetValue(null, rdnodes.ToArray());
//rdtechs_info.SetValue(null, rdtechs.ToArray());
}
catch (Exception ex)
{
Debug.LogError("Exception in NEWNODE processing - " + ex.Message + " at " + ex.StackTrace);
}
} //end loadTree()
static private void AddTechNodeToTreeNode( RDNode techNode, ConfigNode treeConfigNode )
{
ConfigNode techNodeConfigNode = new ConfigNode( "TECH_NODE" );
techNodeConfigNode.AddValue( "name", techNode.gameObject.name );
techNodeConfigNode.AddValue( "title", techNode.tech.title );
techNodeConfigNode.AddValue( "description", techNode.tech.description );
techNodeConfigNode.AddValue( "icon", techNode.icon.ToString());
techNodeConfigNode.AddValue( "scienceCost", techNode.tech.scienceCost );
techNodeConfigNode.AddValue( "anyParentUnlocks", techNode.AnyParentToUnlock );
techNodeConfigNode.AddValue( "hideIfNoparts", techNode.hideIfNoParts );
techNodeConfigNode.AddValue( "posX", techNode.transform.localPosition.x );
techNodeConfigNode.AddValue( "posY", techNode.transform.localPosition.y );
if ( techNode.parents != null )
{
foreach ( RDNode.Parent tempParentConnection in techNode.parents )
{
if ( tempParentConnection != null )
{
ConfigNode parentConfigNode = new ConfigNode( "PARENT_NODE" );
parentConfigNode.AddValue( "name", tempParentConnection.parent.node.gameObject.name );
techNodeConfigNode.AddNode( parentConfigNode );
}
}
}
treeConfigNode.AddNode( techNodeConfigNode );
}
private void deleteRDNode(RDNode node)
{
// function to effectively remove stock RD nodes
node.tech.hideIfNoParts = true;
clearParentsFromNode(node);
clearChildrenFromNode(node);
// move node outside the visible area in case it contains parts already researched (purchased parts doesn't seem to be reliably initialized upon entering space center)
moveNode(node, 500, 0);
// clear all part assignments on both the node and part side
node.tech.partsAssigned.Clear();
foreach (AvailablePart tempPart in PartLoader.LoadedPartsList)
{
if (tempPart.TechRequired == node.tech.techID)
{
tempPart.TechRequired = "unassigned";
}
}
}
private void moveNode(RDNode treeNode, float xPos, float yPos)
{
Vector3 newPos = treeNode.transform.localPosition;
newPos.x = xPos;
newPos.y = yPos;
treeNode.transform.localPosition = newPos;
}
private void setupAnchors(RDNode target, ref RDNode.Parent connection)
{
RDNode source = connection.parent.node;
//find main direction from outgoing node (parent) to target (connectionOwner) node to set anchor tags
//Exception: Cannot display incoming and outgoing nodes on the same anchor
Vector3 connectionVec = target.transform.localPosition - source.transform.localPosition;
//calculate/setup anchors
List<RDNode.Anchor> possibleParentAnchors = new List<RDNode.Anchor>();
List<RDNode.Anchor> possibleTargetAnchors = new List<RDNode.Anchor>();
if (connectionVec.x >= 0)
{//left to right
if (isAnchorAvailableForOutgoingArrows(source, RDNode.Anchor.RIGHT))
possibleParentAnchors.Add(RDNode.Anchor.RIGHT);
possibleTargetAnchors.Add(RDNode.Anchor.LEFT);
}
else
{
if (isAnchorAvailableForOutgoingArrows(source, RDNode.Anchor.LEFT))
possibleParentAnchors.Add(RDNode.Anchor.LEFT);
possibleTargetAnchors.Add(RDNode.Anchor.RIGHT);
}
if (connectionVec.y >= 0) //up
{
if (isAnchorAvailableForOutgoingArrows(source, RDNode.Anchor.TOP))
possibleParentAnchors.Add(RDNode.Anchor.TOP);
possibleTargetAnchors.Add(RDNode.Anchor.BOTTOM);
}
else // TOP-DOWN connection doesnt work because of parent or target anchor
{
//neither does or BOTTOM->LEFT RIGHT->TOP neiter
//possibleParentAnchors.Add(RDNode.Anchor.BOTTOM);
//possibleTargetAnchors.Add(RDNode.Anchor.TOP);
}
//Debug.Log("options remaining after filtering: " + possibleParentAnchors.Count());
//foreach (RDNode.Anchor anchor in possibleParentAnchors)
// Debug.Log("available anchor: " + anchor);
//if two options are available, pick the larger distance
if (Math.Abs(connectionVec.x) < Math.Abs(connectionVec.y)) //preferrably vertical {
{
possibleParentAnchors.Reverse();
possibleTargetAnchors.Reverse();
}
if (possibleParentAnchors.Count == 0 || possibleTargetAnchors.Count == 0)
{
Debug.LogWarning("no valid anchor for connection " + source.gameObject.name + "->" + target.gameObject.name + ", direction = " + connectionVec.ToString() + ", defaulting to anchors RIGHT->LEFT");
if (possibleParentAnchors.Count == 0)
possibleParentAnchors.Add(RDNode.Anchor.RIGHT);
if (possibleTargetAnchors.Count == 0)
possibleTargetAnchors.Add(RDNode.Anchor.LEFT);
}
//Debug.Log(" anchors for connection " + source.gameObject.name + "->" + target.gameObject.name+ ", direction = " + connectionVec.ToString() + " anchors : " + possibleParentAnchors.First() + " -> " + possibleTargetAnchors.First());
connection.anchor = possibleTargetAnchors.First();
connection.parent.anchor = possibleParentAnchors.First();
}
private void setupAnchors(RDNode target, ref RDNode.Parent connection)
{
RDNode source = connection.parent.node;
//RDNode source = GetNodeNamed(connection.parent.node.name);
//Debug.Log("Setting up anchors for " + target.name);
//string state = string.Format("target: {0}\nconnection: {1}\nsource: {2}", target, connection, source);
//Debug.Log(state);
if (source == null) return;
//find main direction from outgoing node (parent) to target (connectionOwner) node to set anchor tags
//Exception: Cannot display incoming and outgoing nodes on the same anchor
Vector3 connectionVec;
try
{
connectionVec = target.transform.localPosition - source.transform.localPosition;
}
catch
{
Debug.Log("A problem occurred while finding the connection vector between " + source.name + " (source) and " + target.name + " (target)");
try
{
Debug.Log(target.name + " is able to access its transform: " + (target.transform != null));
}
catch { }
try
{
Debug.Log(source.name + " is able to access its transform: " + (source.transform != null));
}
catch { }
return;
}
//calculate/setup anchors
List<RDNode.Anchor> possibleParentAnchors = new List<RDNode.Anchor>();
List<RDNode.Anchor> possibleTargetAnchors = new List<RDNode.Anchor>();
if (connectionVec.x >= 0)
{//left to right
if (isAnchorAvailableForOutgoingArrows(source, RDNode.Anchor.RIGHT))
possibleParentAnchors.Add(RDNode.Anchor.RIGHT);
possibleTargetAnchors.Add(RDNode.Anchor.LEFT);
}
else
{
if (isAnchorAvailableForOutgoingArrows(source, RDNode.Anchor.LEFT))
possibleParentAnchors.Add(RDNode.Anchor.LEFT);
possibleTargetAnchors.Add(RDNode.Anchor.RIGHT);
}
if (connectionVec.y >= 0) //up
{
if (isAnchorAvailableForOutgoingArrows(source, RDNode.Anchor.TOP))
possibleParentAnchors.Add(RDNode.Anchor.TOP);
possibleTargetAnchors.Add(RDNode.Anchor.BOTTOM);
}
else // TOP-DOWN connection doesnt work because of parent or target anchor
{
//neither does or BOTTOM->LEFT RIGHT->TOP neiter
//possibleParentAnchors.Add(RDNode.Anchor.BOTTOM);
//possibleTargetAnchors.Add(RDNode.Anchor.TOP);
}
//Debug.Log("options remaining after filtering: " + possibleParentAnchors.Count());
//foreach (RDNode.Anchor anchor in possibleParentAnchors)
// Debug.Log("available anchor: " + anchor);
//if two options are available, pick the larger distance
if (Math.Abs(connectionVec.x) < Math.Abs(connectionVec.y)) //preferrably vertical {
{
possibleParentAnchors.Reverse();
possibleTargetAnchors.Reverse();
}
if (possibleParentAnchors.Count == 0 || possibleTargetAnchors.Count == 0)
{
Debug.LogWarning("no valid anchor for connection " + source.gameObject.name + "->" + target.gameObject.name + ", direction = " + connectionVec.ToString() + ", defaulting to anchors RIGHT->LEFT");
if (possibleParentAnchors.Count == 0)
possibleParentAnchors.Add(RDNode.Anchor.RIGHT);
if (possibleTargetAnchors.Count == 0)
possibleTargetAnchors.Add(RDNode.Anchor.LEFT);
}
//Debug.Log(" anchors for connection " + source.gameObject.name + "->" + target.gameObject.name+ ", direction = " + connectionVec.ToString() + " anchors : " + possibleParentAnchors.First() + " -> " + possibleTargetAnchors.First());
connection.anchor = possibleTargetAnchors.First();
connection.parent.anchor = possibleParentAnchors.First();
}
//draws arrows manually (not required atm)
private void recreateArrows(RDNode rdNode)
{
if (rdNode.state != RDNode.State.HIDDEN)
{
for (int i = 0; i < rdNode.parents.Count(); ++i)
{
//Recreate Parent hopefully recreates incoming array? nope, doesnt, also not with calling UpdateGraphics and/or Setup not...
//just changing the line does not update the graphics either.
RDNode.Parent parentStruct = rdNode.parents[i];
if (parentStruct.line != null)
Vector.DestroyLine(ref parentStruct.line);
if (parentStruct.arrowHead != null)
GameObject.Destroy(parentStruct.arrowHead);
}//endfor foreach parentnode
RDGridArea gridArea = GameObject.FindObjectOfType<RDGridArea>();
//typeof(RDNode).GetMethod("InitializeArrows", BindingFlags.NonPublic | BindingFlags.Instance).Invoke(treeNode, new object[] { });
if (rdNode.state == RDNode.State.RESEARCHED || rdNode.state == RDNode.State.RESEARCHABLE)
typeof(RDNode).GetMethod("DrawArrow", BindingFlags.NonPublic | BindingFlags.Instance).Invoke(rdNode, new object[] { gridArea.LineMaterial });
else
typeof(RDNode).GetMethod("DrawArrow", BindingFlags.NonPublic | BindingFlags.Instance).Invoke(rdNode, new object[] { gridArea.LineMaterialGray });
}
}
private void clearParentsFromNode(RDNode treeNode)
{
foreach (RDNode.Parent oldParent in treeNode.parents)
{
oldParent.parent.node.children.Remove(treeNode);
}
treeNode.parents = new RDNode.Parent[0];
}
public RDParentAnchor(RDNode node, RDNode.Anchor anchor)
{
this.node = node;
this.anchor = anchor;
}
private void updateParentsForNode(RDNode treeNode, ConfigNode treeCfg)
{
//Debug.Log("updating parents for node " + treeNode.gameObject.name);
//clear all old parents. The RD-Scene will take care of drawing the arrows
clearParentsFromNode(treeNode);
List<RDNode.Parent> connectionList = new List<RDNode.Parent>();
foreach (ConfigNode parentCfg in treeCfg.GetNodes("PARENT_NODE"))
{
if (parentCfg.HasValue("name"))
{
string parentName = parentCfg.GetValue("name");
//RDNode parentNode = Array.Find<RDNode>(AssetBase.RnDTechTree.GetTreeNodes(), x => x.gameObject.name == parentName);
//RDNode parentNode = AssetBase.RnDTechTree.GetTreeNodes().FirstOrDefault(rdn => rdn.gameObject.name == parentName);
//RDNode parentNode = GameObject.FindObjectsOfType(typeof(RDNode)).Cast<RDNode>().FirstOrDefault(rdn => rdn.gameObject.name == parentName);
RDNode parentNode = GetNodeNamed(parentName);
if (parentNode) //Default-constructed RDNode (if search fails) fails this test
{
//Debug.Log(" --- parentnode: " + parentName);
parentNode.children.Add(treeNode);
RDNode.Parent connection;
// only manually override the anchor points if BOTH are specified in the config
if (parentCfg.HasValue("parentSide") && parentCfg.HasValue("childSide"))
{
RDNode.Anchor parentAnchor = (RDNode.Anchor)Enum.Parse(typeof(RDNode.Anchor), parentCfg.GetValue("parentSide"));
RDNode.Anchor childAnchor = (RDNode.Anchor)Enum.Parse(typeof(RDNode.Anchor), parentCfg.GetValue("childSide"));
//Debug.Log("Overriding auto-assignment for node " + treeNode.gameObject.name + " to " + parentAnchor + "->" + childAnchor);
connection = new RDNode.Parent(new RDNode.ParentAnchor(parentNode, parentAnchor), childAnchor);
parentConnectionsAlreadyProcessed.Add(connection);
}
else
{
//create RDNode.Parent structure - anchors will be corrected once all nodes have been loaded
connection = new RDNode.Parent(new RDNode.ParentAnchor(parentNode, RDNode.Anchor.RIGHT), RDNode.Anchor.LEFT);
}
connectionList.Add(connection);
}
else
{
Debug.LogError("ATC: Invalid parent node specified for: " + treeNode.gameObject.name + " parent: " + parentName);
}
}
}
treeNode.parents = connectionList.ToArray();
}