private void GameLoop_DayStarted(object sender, DayStartedEventArgs e)
{
if (!Game1.player.IsMainPlayer)
{
if (!this.HasLoggedMultiplayerMessage)
{
this.Monitor.Log("Not main player, so no color changes will be attempted", LogLevel.Debug);
this.HasLoggedMultiplayerMessage = true;
}
return;
}
// Because we need to account for the possibility of previously animated ponds being no longer animated due to population changes
// (or no longer existing) and we are rescanning all ponds anyway, I am just gonna clear the Active Animations list every morning.
Instance.ActiveAnimations.Clear();
IEnumerable <BuildableGameLocation> BuildableLocations =
from loc in Game1.locations where loc is BuildableGameLocation select loc as BuildableGameLocation;
foreach (BuildableGameLocation bloc in BuildableLocations)
{
IEnumerable <FishPond> FishPonds =
from b in bloc.buildings where b is FishPond select b as FishPond;
foreach (FishPond pond in FishPonds)
{
bool pondHasCustomColor = false;
this.Monitor.Log($"Checking pond at {pond.tileX}, {pond.tileY}.", LogLevel.Trace);
if (Config.Enable_Custom_Pond_Coloring)
{
if (pond.fishType == -1 && Data.EmptyPondColor != null)
{
pond.overrideWaterColor.Value = Data.EmptyPondColor;
this.Monitor.Log($"Pond is empty and was recolored", LogLevel.Trace);
break;
}
foreach (PondPainterDataEntry entry in Data.Entries)
{
bool match = true;
//this.Monitor.Log($"Comparing with entry {entry.LogName}", LogLevel.Trace);
foreach (string t in entry.Tags)
{
/* For now we are removing the capability to set a default color until I find a better
* way to do it.
* if (t.Equals("pp_default"))
* {
* // pp_default trumps all other tags and immediately sets the color
* // I need a better way to do this, possibly moving it to a config instead of per pack.
* ChangePondColor(pond, entry);
* match = false;
* break;
* }
* //*/
SObject pondFish = new SObject(pond.fishType.Value, 1, false, -1, 0);
if (!pondFish.HasContextTag(t))
{
match = false;
}
}
if (match)
{
pondHasCustomColor = true;
this.Monitor.Log($"Found a match on entry {entry.LogName} with tags {String.Join(", ", entry.Tags)}.", LogLevel.Trace);
ChangePondColor(pond, entry);
break;
}
}
}
if (Config.Auto_Color_Other_Ponds_by_Dye_Color_of_Inhabitants && !pondHasCustomColor)
{
if (pond.FishCount > 0 && pond.FishCount >= Config.Minimum_Population_For_Auto_Coloring)
{
// Copying similar logic to how the roe is colored, but convert
// White to nearest color Snow since White means no override to the game
Color?c = TailoringMenu.GetDyeColor(pond.GetFishObject());
Color?white = new Color?(Color.White);
if (c.HasValue)
{
if (c.Equals(white))
{
c = new Color?(Color.Snow);
}
}
else
{
c = white;
}
pond.overrideWaterColor.Value = c.Value;
}
}
}
}
this.Monitor.Log($"Finished Day Update. There are {Instance.ActiveAnimations.Count} active animations.", LogLevel.Trace);
}
public IEnumerable <SearchableItem> GetAll()
{
//
//
// Be careful about closure variable capture here!
//
// SearchableItem stores the Func<Item> to create new instances later. Loop variables passed into the
// function will be captured, so every func in the loop will use the value from the last iteration. Use the
// TryCreate(type, id, entity => item) form to avoid the issue, or create a local variable to pass in.
//
//
IEnumerable <SearchableItem> GetAllRaw()
{
// get tools
for (int q = Tool.stone; q <= Tool.iridium; q++)
{
int quality = q;
yield return(this.TryCreate(ItemType.Tool, ToolFactory.axe, _ => ToolFactory.getToolFromDescription(ToolFactory.axe, quality)));
yield return(this.TryCreate(ItemType.Tool, ToolFactory.hoe, _ => ToolFactory.getToolFromDescription(ToolFactory.hoe, quality)));
yield return(this.TryCreate(ItemType.Tool, ToolFactory.pickAxe, _ => ToolFactory.getToolFromDescription(ToolFactory.pickAxe, quality)));
yield return(this.TryCreate(ItemType.Tool, ToolFactory.wateringCan, _ => ToolFactory.getToolFromDescription(ToolFactory.wateringCan, quality)));
if (quality != Tool.iridium)
{
yield return(this.TryCreate(ItemType.Tool, ToolFactory.fishingRod, _ => ToolFactory.getToolFromDescription(ToolFactory.fishingRod, quality)));
}
}
yield return(this.TryCreate(ItemType.Tool, this.CustomIDOffset, _ => new MilkPail())); // these don't have any sort of ID, so we'll just assign some arbitrary ones
yield return(this.TryCreate(ItemType.Tool, this.CustomIDOffset + 1, _ => new Shears()));
yield return(this.TryCreate(ItemType.Tool, this.CustomIDOffset + 2, _ => new Pan()));
yield return(this.TryCreate(ItemType.Tool, this.CustomIDOffset + 3, _ => new Wand()));
// clothing
{
// items
HashSet <int> clothingIds = new HashSet <int>();
foreach (int id in Game1.clothingInformation.Keys)
{
if (id < 0)
{
continue; // placeholder data for character customization clothing below
}
clothingIds.Add(id);
yield return(this.TryCreate(ItemType.Clothing, id, p => new Clothing(p.ID)));
}
// character customization shirts (some shirts in this range have no data, but game has special logic to handle them)
for (int id = 1000; id <= 1111; id++)
{
if (!clothingIds.Contains(id))
{
yield return(this.TryCreate(ItemType.Clothing, id, p => new Clothing(p.ID)));
}
}
}
// wallpapers
for (int id = 0; id < 112; id++)
{
yield return(this.TryCreate(ItemType.Wallpaper, id, p => new Wallpaper(p.ID)
{
Category = SObject.furnitureCategory
}));
}
// flooring
for (int id = 0; id < 56; id++)
{
yield return(this.TryCreate(ItemType.Flooring, id, p => new Wallpaper(p.ID, isFloor: true)
{
Category = SObject.furnitureCategory
}));
}
// equipment
foreach (int id in this.TryLoad <int, string>("Data\\Boots").Keys)
{
yield return(this.TryCreate(ItemType.Boots, id, p => new Boots(p.ID)));
}
foreach (int id in this.TryLoad <int, string>("Data\\hats").Keys)
{
yield return(this.TryCreate(ItemType.Hat, id, p => new Hat(p.ID)));
}
// weapons
foreach (int id in this.TryLoad <int, string>("Data\\weapons").Keys)
{
yield return(this.TryCreate(ItemType.Weapon, id, p => (p.ID >= 32 && p.ID <= 34)
? (Item) new Slingshot(p.ID)
: new MeleeWeapon(p.ID)
));
}
// furniture
foreach (int id in this.TryLoad <int, string>("Data\\Furniture").Keys)
{
yield return(this.TryCreate(ItemType.Furniture, id, p => Furniture.GetFurnitureInstance(p.ID)));
}
// craftables
foreach (int id in Game1.bigCraftablesInformation.Keys)
{
yield return(this.TryCreate(ItemType.BigCraftable, id, p => new SObject(Vector2.Zero, p.ID)));
}
// objects
foreach (int id in Game1.objectInformation.Keys)
{
string[] fields = Game1.objectInformation[id]?.Split('/');
// secret notes
if (id == 79)
{
foreach (int secretNoteId in this.TryLoad <int, string>("Data\\SecretNotes").Keys)
{
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset + secretNoteId, _ =>
{
SObject note = new SObject(79, 1);
note.name = $"{note.name} #{secretNoteId}";
return note;
}));
}
}
// ring
else if (id != 801 && fields?.Length >= 4 && fields[3] == "Ring") // 801 = wedding ring, which isn't an equippable ring
{
yield return(this.TryCreate(ItemType.Ring, id, p => new Ring(p.ID)));
}
// item
else
{
// spawn main item
SObject item = null;
yield return(this.TryCreate(ItemType.Object, id, p =>
{
return item = (p.ID == 812 // roe
? new ColoredObject(p.ID, 1, Color.White)
: new SObject(p.ID, 1)
);
}));
if (item == null)
{
continue;
}
// flavored items
switch (item.Category)
{
// fruit products
case SObject.FruitsCategory:
// wine
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 2 + item.ParentSheetIndex, _ => new SObject(348, 1)
{
Name = $"{item.Name} Wine",
Price = item.Price * 3,
preserve = { SObject.PreserveType.Wine },
preservedParentSheetIndex = { item.ParentSheetIndex }
}));
// jelly
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 3 + item.ParentSheetIndex, _ => new SObject(344, 1)
{
Name = $"{item.Name} Jelly",
Price = 50 + item.Price * 2,
preserve = { SObject.PreserveType.Jelly },
preservedParentSheetIndex = { item.ParentSheetIndex }
}));
break;
// vegetable products
case SObject.VegetableCategory:
// juice
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 4 + item.ParentSheetIndex, _ => new SObject(350, 1)
{
Name = $"{item.Name} Juice",
Price = (int)(item.Price * 2.25d),
preserve = { SObject.PreserveType.Juice },
preservedParentSheetIndex = { item.ParentSheetIndex }
}));
// pickled
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 5 + item.ParentSheetIndex, _ => new SObject(342, 1)
{
Name = $"Pickled {item.Name}",
Price = 50 + item.Price * 2,
preserve = { SObject.PreserveType.Pickle },
preservedParentSheetIndex = { item.ParentSheetIndex }
}));
break;
// flower honey
case SObject.flowersCategory:
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 5 + item.ParentSheetIndex, _ =>
{
SObject honey = new SObject(Vector2.Zero, 340, $"{item.Name} Honey", false, true, false, false)
{
Name = $"{item.Name} Honey",
preservedParentSheetIndex = { item.ParentSheetIndex }
};
honey.Price += item.Price * 2;
return honey;
}));
break;
// roe and aged roe (derived from FishPond.GetFishProduce)
case SObject.sellAtFishShopCategory when item.ParentSheetIndex == 812:
{
this.GetRoeContextTagLookups(out HashSet <string> simpleTags, out List <List <string> > complexTags);
foreach (var pair in Game1.objectInformation)
{
// get input
SObject input = this.TryCreate(ItemType.Object, pair.Key, p => new SObject(p.ID, 1))?.Item as SObject;
var inputTags = input?.GetContextTags();
if (inputTags?.Any() != true)
{
continue;
}
// check if roe-producing fish
if (!inputTags.Any(tag => simpleTags.Contains(tag)) && !complexTags.Any(set => set.All(tag => input.HasContextTag(tag))))
{
continue;
}
// yield roe
SObject roe = null;
Color color = this.GetRoeColor(input);
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 7 + item.ParentSheetIndex, _ =>
{
roe = new ColoredObject(812, 1, color)
{
name = $"{input.Name} Roe",
preserve = { Value = SObject.PreserveType.Roe },
preservedParentSheetIndex = { Value = input.ParentSheetIndex }
};
roe.Price += input.Price / 2;
return roe;
}));
// aged roe
if (roe != null && pair.Key != 698) // aged sturgeon roe is caviar, which is a separate item
{
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 7 + item.ParentSheetIndex, _ => new ColoredObject(447, 1, color)
{
name = $"Aged {input.Name} Roe",
Category = -27,
preserve = { Value = SObject.PreserveType.AgedRoe },
preservedParentSheetIndex = { Value = input.ParentSheetIndex },
Price = roe.Price * 2
}));
}
}
}
break;
}
}
}
}
return(GetAllRaw().Where(p => p != null));
}
/// <summary>Get flavored variants of a base item (like Blueberry Wine for Blueberry), if any.</summary>
/// <param name="item">A sample of the base item.</param>
private IEnumerable <SearchableItem> GetFlavoredObjectVariants(SObject item)
{
int id = item.ParentSheetIndex;
switch (item.Category)
{
// fruit products
case SObject.FruitsCategory:
// wine
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 2 + id, _ => new SObject(348, 1)
{
Name = $"{item.Name} Wine",
Price = item.Price * 3,
preserve = { SObject.PreserveType.Wine },
preservedParentSheetIndex = { id }
}));
// jelly
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 3 + id, _ => new SObject(344, 1)
{
Name = $"{item.Name} Jelly",
Price = 50 + item.Price * 2,
preserve = { SObject.PreserveType.Jelly },
preservedParentSheetIndex = { id }
}));
break;
// vegetable products
case SObject.VegetableCategory:
// juice
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 4 + id, _ => new SObject(350, 1)
{
Name = $"{item.Name} Juice",
Price = (int)(item.Price * 2.25d),
preserve = { SObject.PreserveType.Juice },
preservedParentSheetIndex = { id }
}));
// pickled
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 5 + id, _ => new SObject(342, 1)
{
Name = $"Pickled {item.Name}",
Price = 50 + item.Price * 2,
preserve = { SObject.PreserveType.Pickle },
preservedParentSheetIndex = { id }
}));
break;
// flower honey
case SObject.flowersCategory:
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 5 + id, _ =>
{
SObject honey = new SObject(Vector2.Zero, 340, $"{item.Name} Honey", false, true, false, false)
{
Name = $"{item.Name} Honey",
preservedParentSheetIndex = { id }
};
honey.Price += item.Price * 2;
return honey;
}));
break;
// roe and aged roe (derived from FishPond.GetFishProduce)
case SObject.sellAtFishShopCategory when id == 812:
{
this.GetRoeContextTagLookups(out HashSet <string> simpleTags, out List <List <string> > complexTags);
foreach (var pair in Game1.objectInformation)
{
// get input
SObject input = this.TryCreate(ItemType.Object, pair.Key, p => new SObject(p.ID, 1))?.Item as SObject;
var inputTags = input?.GetContextTags();
if (inputTags?.Any() != true)
{
continue;
}
// check if roe-producing fish
if (!inputTags.Any(tag => simpleTags.Contains(tag)) && !complexTags.Any(set => set.All(tag => input.HasContextTag(tag))))
{
continue;
}
// yield roe
SObject roe = null;
Color color = this.GetRoeColor(input);
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 7 + id, _ =>
{
roe = new ColoredObject(812, 1, color)
{
name = $"{input.Name} Roe",
preserve = { Value = SObject.PreserveType.Roe },
preservedParentSheetIndex = { Value = input.ParentSheetIndex }
};
roe.Price += input.Price / 2;
return roe;
}));
// aged roe
if (roe != null && pair.Key != 698) // aged sturgeon roe is caviar, which is a separate item
{
yield return(this.TryCreate(ItemType.Object, this.CustomIDOffset * 7 + id, _ => new ColoredObject(447, 1, color)
{
name = $"Aged {input.Name} Roe",
Category = -27,
preserve = { Value = SObject.PreserveType.AgedRoe },
preservedParentSheetIndex = { Value = input.ParentSheetIndex },
Price = roe.Price * 2
}));
}
}
}
break;
}
}
