ItemApplicationManager
Importing the class
It might be required for you to import the package if you encounter any issues (like casting an Array), so better be safe than sorry and add the import at the very top of the file.
import mods.create.ItemApplicationManager;
Implemented Interfaces
ItemApplicationManager implements the following interfaces. That means all methods defined in these interfaces are also available in ItemApplicationManager
Methods
ItemApplicationManager.addJsonRecipe(name as string, mapData as MapData)
Parameter | Type |
---|---|
Parameter name | Type string |
Parameter mapData | Type MapData |
Adds a new item application recipe.
// ItemApplicationManager.addRecipe(name as string, outputs as Percentaged<IItemStack>[], block as IIngredient, heldItem as IIngredient, keepHeldItem as boolean)
<recipetype:create:item_application>.addRecipe("name", [<item:minecraft:dirt> % 50, <item:minecraft:diamond>], <item:minecraft:diamond_block>, <item:minecraft:emerald>, true);
Parameter | Type | Description | Optional | Default Value |
---|---|---|---|---|
Parameter name | Type string | Description The name of the recipe. | Optional false | Default Value |
Parameter outputs | Type Percentaged<IItemStack>[] | Description The recipe outputs | Optional false | Default Value |
Parameter block | Type IIngredient | Description The block to be applied on | Optional false | Default Value |
Parameter heldItem | Type IIngredient | Description The item that needs to be held | Optional false | Default Value |
Parameter keepHeldItem | Type boolean | Description Should the item be consumed or not | Optional true | Default Value false |
Return Type: stdlib.List<T>
// ItemApplicationManager.getAllRecipes() as stdlib.List<T>
<recipetype:create:item_application>.getAllRecipes();
Return Type: T
ItemApplicationManager.getRecipeByName(name as string) as T
Parameter | Type |
---|---|
Parameter name | Type string |
Return Type: T[ResourceLocation]
// ItemApplicationManager.getRecipeMap() as T[ResourceLocation]
<recipetype:create:item_application>.getRecipeMap();
Return Type: stdlib.List<T>
ItemApplicationManager.getRecipesByOutput(output as IIngredient) as stdlib.List<T>
Parameter | Type |
---|---|
Parameter output | Type IIngredient |
Registers a recipe using a builder approach.
ItemApplicationManager.registerRecipe(name as string, recipeBuilder as Consumer<ProcessingRecipeBuilder<T>>)
Parameter | Type | Description |
---|---|---|
Parameter name | Type string | Description The name of the recipe. |
Parameter recipeBuilder | Type Consumer<ProcessingRecipeBuilder<T>> | Description The recipe builder. |
ItemApplicationManager.remove(output as IIngredient)
Parameter | Type |
---|---|
Parameter output | Type IIngredient |
// ItemApplicationManager.removeAll()
<recipetype:create:item_application>.removeAll();
ItemApplicationManager.removeByInput(input as IItemStack)
Parameter | Type |
---|---|
Parameter input | Type IItemStack |
ItemApplicationManager.removeByModid(modid as string, exclude as Predicate<string>)
Parameter | Type | Optional | Default Value |
---|---|---|---|
Parameter modid | Type string | Optional false | Default Value |
Parameter exclude | Type Predicate<string> | Optional true | Default Value (name as string) as bool => false |
ItemApplicationManager.removeByName(names as string[])
Parameter | Type |
---|---|
Parameter names | Type string[] |
ItemApplicationManager.removeByRegex(regex as string, exclude as Predicate<string>)
Parameter | Type | Optional | Default Value |
---|---|---|---|
Parameter regex | Type string | Optional false | Default Value |
Parameter exclude | Type Predicate<string> | Optional true | Default Value (name as string) as bool => false |
Properties
Name | Type | Has Getter | Has Setter |
---|---|---|---|
Name allRecipes | Type stdlib.List<T> | Has Getter true | Has Setter false |
Name recipeMap | Type T[ResourceLocation] | Has Getter true | Has Setter false |