public override TreeSaver StartTree(TechTreeViewModel techTree = null)
{
AddLine("TECH_TREE");
AddLine("{");
IndentationLevel++;
AddLine("name = test");
return(this);
}
public override TreeSaver StartTree(TechTreeViewModel techTree = null)
{
AddLine("TECHNOLOGY_TREE_DEFINITION");
AddLine("{");
IndentationLevel++;
AddLine("id = TEDGeneratedTree");
AddLine("label = TED Generated Tree");
return(this);
}
public MainWindow()
{
InitializeComponent();
_treeData = TechTreeDiagram.TechTreeGrid.DataContext
as TechTreeViewModel;
if (_treeData == null) return;
var workspaceViewModel = new WorkspaceViewModel();
_treeData.WorkspaceViewModel = workspaceViewModel;
var sidebar = MainSideBar.DataContext as TechTreeViewModel;
if (sidebar == null) return;
sidebar.WorkspaceViewModel = workspaceViewModel;
ContentGrid.DataContext = workspaceViewModel;
DataContext = workspaceViewModel;
}
public override void Save(TechTreeViewModel techtreeviewmodel, string path)
{
this.StartTree(techtreeviewmodel);
var totalCost = 0;
foreach (TechNodeViewModel node in techtreeviewmodel.TechTree)
{
totalCost += node.Cost;
var parts = new List<string>();
foreach (var part in node.Parts)
{
parts.Add(part.PartName);
}
var parents = new List<string>();
foreach (var parent in node.Parents)
{
String parentPos = FindParentPosition( node.Pos, parent.Pos );
String parentIdPos = parent.Id + "|" + parentPos;
parents.Add(parentIdPos);
}
this.StartNode().
SaveAttribute(new KeyValuePair<string, string>("id", node.Id)).
SaveAttribute(new KeyValuePair<string, string>("nodepart", node.NodePart)).
SaveAttribute(new KeyValuePair<string, string>("title", node.Title)).
SaveAttribute(new KeyValuePair<string, string>("description", node.Description)).
SaveAttribute(new KeyValuePair<string, string>("cost", node.Cost.ToString(CultureInfo.InvariantCulture))).
SavePosition(node.Pos.X, node.Pos.Y, node.Zlayer).
SaveAttribute(new KeyValuePair<string, string>("icon", IconStringConverter.IconString[(int)node.Icon])).
SaveAttribute(new KeyValuePair<string, string>("anyParent", node.AnyToUnlock.ToString())).
SaveAttribute(new KeyValuePair<string, string>("hideEmpty", node.HideEmpty.ToString())).
SaveAttribute(new KeyValuePair<string, string>("hideIfNoBranchParts", node.HideIfNoBranchParts.ToString())).
SaveAttribute(new KeyValuePair<string, string>("scale", node.Scale.ToString()));
StartParents().
SaveParents(parents).
EndParents().
StartParts().
SaveParts(node).
EndParts().
EndNode();
}
this.EndTree();
this.Save(path);
Logger.Log("Tree saved succesfully to {0}. Total cost: {1} science. Total nodes: {2} nodes.", path, totalCost, techtreeviewmodel.TechTree.Count);
}
public override void LoadTree(KerbalConfig config, TechTreeViewModel treeData)
{
var nameNodeHashtable = new Dictionary<string, TechNodeViewModel>();
var techNodes = config.First(child => child.Name == "TechTree").Children.Where(node => node.Name == "RDNode").ToArray();
foreach (KerbalNode node in techNodes.Where(kerbalNode => kerbalNode.Values.ContainsKey("nodepart")))
{
var v = node.Values;
var id = v["id"].First();
TechNodeViewModel techNodeViewModel;
if (nameNodeHashtable.ContainsKey(id))
{
techNodeViewModel = nameNodeHashtable[id];
}
else
{
techNodeViewModel = new TechNodeViewModel();
nameNodeHashtable.Add(id, techNodeViewModel);
}
techNodeViewModel.TechNode = this.PopulateFromSource(node);
// Find parent
foreach (KerbalNode parentNode in node.Children.Where(child => child.Name == "Parent"))
{
var parentKeyValuePairs = parentNode.Values.Where(pair => pair.Key == "parentID");
var parents = new List<string>();
foreach (var parentKeyValuePair in parentKeyValuePairs)
{
parents.Add(parentKeyValuePair.Value.First());
}
foreach (var parent in parents.Where(parent => !nameNodeHashtable.ContainsKey(parent)))
{
nameNodeHashtable.Add(parent, new TechNodeViewModel());
}
foreach (var parent in parents.Where(parent => !String.IsNullOrEmpty(parent) && nameNodeHashtable.ContainsKey(parent)))
{
techNodeViewModel.Parents.Add(nameNodeHashtable[parent]);
}
}
treeData.TechTree.Add(techNodeViewModel);
}
}
public override void PopulateParts(PartCollectionViewModel pc, TechTreeViewModel ttvm)
{
// Create and init part table with name => partviewmodel
var partTable = new Dictionary<string, PartViewModel>();
foreach (PartViewModel part in pc.PartCollection)
{
try
{
if (!partTable.ContainsKey(part.PartName))
{
partTable.Add(part.PartName, part);
}
else
{
var duplicate = partTable[part.PartName];
var existString = String.Format(" - Existing part: {0} ({1})", duplicate.PartName, duplicate.FileName);
Logger.Error("PartLoader: Error while storing part \"{0}\" " + "({1}) into PartCollection - {2}{3}", part.PartName, part.FileName, "Part already exists", existString);
}
}
catch (Exception e)
{
Logger.Error("PartLoader: Error while storing part \"{0}\" " + "({1}) into PartCollection - {2}", part.PartName, part.FileName, e.Message);
}
}
foreach( var node in ttvm.TechTree )
{
foreach (String part in node.TechNode.Parts)
{
if (partTable.ContainsKey(part))
{
node.Parts.Add(partTable[part]);
pc.PartCollection.Remove(partTable[part]);
}
else
{
var tmpPart = new Part(part) { Title = part, TechRequired = node.Id, Category = "(Unknown)" };
node.Parts.Add(new PartViewModel(tmpPart));
}
}
}
}
public TechTreeDiagram()
{
InitializeComponent();
_techTree = DataContext as TechTreeViewModel;
}
public abstract void PopulateParts(PartCollectionViewModel pc, TechTreeViewModel ttvm);
public abstract void LoadTree(KerbalConfig config, TechTreeViewModel treeData);
public abstract TreeSaver StartTree(TechTreeViewModel techTree = null);
public abstract void Save(TechTreeViewModel techTree, string path);
public abstract TreeSaver StartTree(TechTreeViewModel techTree = null);
public override TreeSaver StartTree(TechTreeViewModel techTree = null)
{
AddLine("TECHNOLOGY_TREE_DEFINITION");
AddLine("{");
IndentationLevel++;
AddLine("id = TEDGeneratedTree");
AddLine("label = TED Generated Tree");
return this;
}
public override TreeSaver StartTree(TechTreeViewModel techTree = null)
{
AddLine("TECH_TREE");
AddLine("{");
IndentationLevel++;
AddLine("name = test");
return this;
}
