public override void DoSmelt(IWorldAccessor world, ISlotProvider cookingSlotsProvider, ItemSlot inputSlot, ItemSlot outputSlot)
{
ItemStack[] stacks = GetCookingStacks(cookingSlotsProvider);
CookingRecipe recipe = GetMatchingCookingRecipe(world, stacks);
Block block = world.GetBlock(CodeWithVariant("type", "cooked"));
ItemStack outputStack = new ItemStack(block);
if (recipe != null)
{
int quantityServings = recipe.GetQuantityServings(stacks);
for (int i = 0; i < stacks.Length; i++)
{
CookingRecipeIngredient ingred = recipe.GetIngrendientFor(stacks[i]);
ItemStack cookedStack = ingred.GetMatchingStack(stacks[i])?.CookedStack?.ResolvedItemstack.Clone();
if (cookedStack != null)
{
stacks[i] = cookedStack;
}
}
// Carry over and set perishable properties
TransitionableProperties cookedPerishProps = recipe.PerishableProps.Clone();
cookedPerishProps.TransitionedStack.Resolve(world, "cooking container perished stack");
CarryOverFreshness(api, cookingSlotsProvider.Slots, stacks, cookedPerishProps);
for (int i = 0; i < stacks.Length; i++)
{
stacks[i].StackSize /= quantityServings; // whats this good for? Probably doesn't do anything meaningful
}
// Disabled. Let's sacrifice mergability for letting players select how meals should look and be named like
//stacks = stacks.OrderBy(stack => stack.Collectible.Code.ToShortString()).ToArray(); // Required so that different arrangments of ingredients still create mergable meal bowls
((BlockCookedContainer)block).SetContents(recipe.Code, quantityServings, outputStack, stacks);
outputStack.Collectible.SetTemperature(world, outputStack, GetIngredientsTemperature(world, stacks));
outputSlot.Itemstack = outputStack;
inputSlot.Itemstack = null;
for (int i = 0; i < cookingSlotsProvider.Slots.Length; i++)
{
cookingSlotsProvider.Slots[i].Itemstack = null;
}
return;
}
}
public MeshData GenFoodMixMesh(ItemStack[] contentStacks, CookingRecipe recipe, Vec3f foodTranslate)
{
MeshData mergedmesh = null;
MealTextureSource texSource = new MealTextureSource(capi, textureSourceBlock);
Shape shape = capi.Assets.TryGet("shapes/" + recipe.Shape.Base.Path + ".json").ToObject <Shape>();
Dictionary <CookingRecipeIngredient, int> usedIngredQuantities = new Dictionary <CookingRecipeIngredient, int>();
for (int i = 0; i < contentStacks.Length; i++)
{
texSource.ForStack = contentStacks[i];
CookingRecipeIngredient ingred = recipe.GetIngrendientFor(
contentStacks[i],
usedIngredQuantities.Where(val => val.Key.MaxQuantity <= val.Value).Select(val => val.Key).ToArray()
);
if (ingred == null)
{
ingred = recipe.GetIngrendientFor(contentStacks[i]);
}
else
{
int cnt = 0;
usedIngredQuantities.TryGetValue(ingred, out cnt);
cnt++;
usedIngredQuantities[ingred] = cnt;
}
if (ingred == null)
{
continue;
}
MeshData meshpart;
string[] selectiveElements = null;
CookingRecipeStack recipestack = ingred.GetMatchingStack(contentStacks[i]);
if (recipestack.ShapeElement != null)
{
selectiveElements = new string[] { recipestack.ShapeElement }
}
;
texSource.customTextureMapping = recipestack.TextureMapping;
capi.Tesselator.TesselateShape(
"mealpart", shape, out meshpart, texSource,
new Vec3f(recipe.Shape.rotateX, recipe.Shape.rotateY, recipe.Shape.rotateZ), 0, 0, null, selectiveElements
);
if (mergedmesh == null)
{
mergedmesh = meshpart;
}
else
{
mergedmesh.AddMeshData(meshpart);
}
}
if (foodTranslate != null)
{
mergedmesh.Translate(foodTranslate);
}
return(mergedmesh);
}
public MeshData GenFoodMixMesh(ItemStack[] contentStacks, CookingRecipe recipe, Vec3f foodTranslate)
{
MeshData mergedmesh = null;
MealTextureSource texSource = new MealTextureSource(capi, mealtextureSourceBlock);
var shapePath = recipe.Shape.Base.Clone().WithPathPrefixOnce("shapes/").WithPathAppendixOnce(".json");
bool rotten = ContentsRotten(contentStacks);
if (rotten)
{
shapePath = new AssetLocation("shapes/block/food/meal/rot.json");
}
Shape shape = capi.Assets.TryGet(shapePath).ToObject <Shape>();
Dictionary <CookingRecipeIngredient, int> usedIngredQuantities = new Dictionary <CookingRecipeIngredient, int>();
if (rotten)
{
capi.Tesselator.TesselateShape(
"mealpart", shape, out mergedmesh, texSource,
new Vec3f(recipe.Shape.rotateX, recipe.Shape.rotateY, recipe.Shape.rotateZ)
);
}
else
{
HashSet <string> drawnMeshes = new HashSet <string>();
for (int i = 0; i < contentStacks.Length; i++)
{
texSource.ForStack = contentStacks[i];
CookingRecipeIngredient ingred = recipe.GetIngrendientFor(
contentStacks[i],
usedIngredQuantities.Where(val => val.Key.MaxQuantity <= val.Value).Select(val => val.Key).ToArray()
);
if (ingred == null)
{
ingred = recipe.GetIngrendientFor(contentStacks[i]);
}
else
{
int cnt = 0;
usedIngredQuantities.TryGetValue(ingred, out cnt);
cnt++;
usedIngredQuantities[ingred] = cnt;
}
if (ingred == null)
{
continue;
}
MeshData meshpart;
string[] selectiveElements = null;
CookingRecipeStack recipestack = ingred.GetMatchingStack(contentStacks[i]);
if (recipestack.ShapeElement != null)
{
selectiveElements = new string[] { recipestack.ShapeElement }
}
;
texSource.customTextureMapping = recipestack.TextureMapping;
if (drawnMeshes.Contains(recipestack.ShapeElement + recipestack.TextureMapping))
{
continue;
}
drawnMeshes.Add(recipestack.ShapeElement + recipestack.TextureMapping);
capi.Tesselator.TesselateShape(
"mealpart", shape, out meshpart, texSource,
new Vec3f(recipe.Shape.rotateX, recipe.Shape.rotateY, recipe.Shape.rotateZ), 0, 0, 0, null, selectiveElements
);
if (mergedmesh == null)
{
mergedmesh = meshpart;
}
else
{
mergedmesh.AddMeshData(meshpart);
}
}
}
if (foodTranslate != null && mergedmesh != null)
{
mergedmesh.Translate(foodTranslate);
}
return(mergedmesh);
}
