private void ProductionGraphViewer_MouseUp(object sender, MouseEventArgs e)
{
Focus();
GraphElement element = GetElementsAtPoint(ScreenToGraph(e.Location)).FirstOrDefault();
if (element != null)
{
element.MouseUp(Point.Add(ScreenToGraph(e.Location), new Size(-element.X, -element.Y)), e.Button);
}
DraggedElement = null;
switch (e.Button)
{
case MouseButtons.Middle:
IsBeingDragged = false;
break;
}
}
public void LoadFromJson(JObject json)
{
Graph.Nodes.Clear();
Elements.Clear();
//Has to go first, as all other data depends on which mods are loaded
List <String> EnabledMods = json["EnabledMods"].Select(t => (String)t).ToList();
foreach (Mod mod in DataCache.Mods)
{
mod.Enabled = EnabledMods.Contains(mod.Name);
}
List <String> enabledMods = DataCache.Mods.Where(m => m.Enabled).Select(m => m.Name).ToList();
using (ProgressForm form = new ProgressForm(enabledMods))
{
form.ShowDialog();
}
Graph.SelectedAmountType = (AmountType)(int)json["AmountType"];
Graph.SelectedUnit = (RateUnit)(int)json["Unit"];
List <JToken> nodes = json["Nodes"].ToList <JToken>();
foreach (var node in nodes)
{
ProductionNode newNode = null;
switch ((String)node["NodeType"])
{
case "Consumer":
{
String itemName = (String)node["ItemName"];
if (DataCache.Items.ContainsKey(itemName))
{
Item item = DataCache.Items[itemName];
newNode = ConsumerNode.Create(item, Graph);
}
else
{
Item missingItem = new Item(itemName);
missingItem.IsMissingItem = true;
newNode = ConsumerNode.Create(missingItem, Graph);
}
break;
}
case "Supply":
{
String itemName = (String)node["ItemName"];
if (DataCache.Items.ContainsKey(itemName))
{
Item item = DataCache.Items[itemName];
newNode = SupplyNode.Create(item, Graph);
}
else
{
Item missingItem = new Item(itemName);
missingItem.IsMissingItem = true;
DataCache.Items.Add(itemName, missingItem);
newNode = SupplyNode.Create(missingItem, Graph);
}
break;
}
case "PassThrough":
{
String itemName = (String)node["ItemName"];
if (DataCache.Items.ContainsKey(itemName))
{
Item item = DataCache.Items[itemName];
newNode = PassthroughNode.Create(item, Graph);
}
else
{
Item missingItem = new Item(itemName);
missingItem.IsMissingItem = true;
DataCache.Items.Add(itemName, missingItem);
newNode = PassthroughNode.Create(missingItem, Graph);
}
break;
}
case "Recipe":
{
String recipeName = (String)node["RecipeName"];
if (DataCache.Recipes.ContainsKey(recipeName))
{
Recipe recipe = DataCache.Recipes[recipeName];
newNode = RecipeNode.Create(recipe, Graph);
}
else
{
Recipe missingRecipe = new Recipe(recipeName, 0f, new Dictionary <Item, float>(), new Dictionary <Item, float>());
missingRecipe.IsMissingRecipe = true;
DataCache.Recipes.Add(recipeName, missingRecipe);
newNode = RecipeNode.Create(missingRecipe, Graph);
}
if (node["Assembler"] != null)
{
var assemblerKey = (String)node["Assembler"];
if (DataCache.Assemblers.ContainsKey(assemblerKey))
{
(newNode as RecipeNode).Assembler = DataCache.Assemblers[assemblerKey];
}
}
(newNode as RecipeNode).NodeModules = ModuleSelector.Load(node);
break;
}
default:
{
Trace.Fail("Unknown node type: " + node["NodeType"]);
break;
}
}
if (newNode != null)
{
newNode.rateType = (RateType)(int)node["RateType"];
if (newNode.rateType == RateType.Manual)
{
if (node["DesiredRate"] != null)
{
newNode.desiredRate = (float)node["DesiredRate"];
}
else
{
// Legacy data format stored desired rate in actual
newNode.desiredRate = (float)node["ActualRate"];
}
}
if (node["SpeedBonus"] != null)
{
newNode.SpeedBonus = Math.Round((float)node["SpeedBonus"], 4);
}
if (node["ProductivityBonus"] != null)
{
newNode.ProductivityBonus = Math.Round((float)node["ProductivityBonus"], 4);
}
}
}
List <JToken> nodeLinks = json["NodeLinks"].ToList <JToken>();
foreach (var nodelink in nodeLinks)
{
ProductionNode supplier = Graph.Nodes[(int)nodelink["Supplier"]];
ProductionNode consumer = Graph.Nodes[(int)nodelink["Consumer"]];
String itemName = (String)nodelink["Item"];
if (!DataCache.Items.ContainsKey(itemName))
{
Item missingItem = new Item(itemName);
missingItem.IsMissingItem = true;
DataCache.Items.Add(itemName, missingItem);
}
Item item = DataCache.Items[itemName];
NodeLink.Create(supplier, consumer, item);
}
IEnumerable <String> EnabledAssemblers = json["EnabledAssemblers"].Select(t => (String)t);
foreach (Assembler assembler in DataCache.Assemblers.Values)
{
assembler.Enabled = EnabledAssemblers.Contains(assembler.Name);
}
IEnumerable <String> EnabledMiners = json["EnabledMiners"].Select(t => (String)t);
foreach (Miner miner in DataCache.Miners.Values)
{
miner.Enabled = EnabledMiners.Contains(miner.Name);
}
IEnumerable <String> EnabledModules = json["EnabledModules"].Select(t => (String)t);
foreach (Module module in DataCache.Modules.Values)
{
module.Enabled = EnabledModules.Contains(module.Name);
}
JToken enabledRecipesToken;
if (json.TryGetValue("EnabledRecipes", out enabledRecipesToken))
{
IEnumerable <String> EnabledRecipes = enabledRecipesToken.Select(t => (String)t);
foreach (Recipe recipe in DataCache.Recipes.Values)
{
recipe.Enabled = EnabledRecipes.Contains(recipe.Name);
}
}
Graph.UpdateNodeValues();
AddRemoveElements();
List <String> ElementLocations = json["ElementLocations"].Select(l => (String)l).ToList();
for (int i = 0; i < ElementLocations.Count; i++)
{
int[] splitPoint = ElementLocations[i].Split(',').Select(s => Convert.ToInt32(s)).ToArray();
GraphElement element = GetElementForNode(Graph.Nodes[i]);
element.Location = new Point(splitPoint[0], splitPoint[1]);
}
LimitViewToBounds();
}
