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BottlingMachine

Allows you to add or remove Bottling Machine recipes.

Bottling Machine recipes consist of an item ingredient, a fluid input and an item output.

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.

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import mods.immersiveengineering.BottlingMachine;

Implemented Interfaces

BottlingMachine implements the following interfaces. That means all methods defined in these interfaces are also available in BottlingMachine

IRecipeManager

Methods

addJsonRecipe

Name: addJsonRecipe

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BottlingMachine.addJsonRecipe(name as string, mapData as MapData)

Parameter	Type
Parameter name	Type string
Parameter mapData	Type MapData

addRecipe

Name: addRecipe

Adds a recipe to the Bottling Machine. The bottling Machine only goes via Fluid tag!

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BottlingMachine.addRecipe(recipePath as string, inputs as IIngredientWithAmount[], fluidTag as Many<MCTag>, outputs as IItemStack[])

Parameter	Type	Description
Parameter recipePath	Type string	Description The recipe name, without the resource location
Parameter inputs	Type IIngredientWithAmount[]	Description The item input (the items to be filled)
Parameter fluidTag	Type Many<MCTag>	Description The fluid tag of the fluid
Parameter outputs	Type IItemStack[]	Description The resulting "filled" items.

getAllRecipes

Name: getAllRecipes

Return Type: stdlib.List<T>

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// BottlingMachine.getAllRecipes() as stdlib.List<T>

<recipetype:immersiveengineering:bottling_machine>.getAllRecipes();

getRecipeByName

Name: getRecipeByName

Return Type: T

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BottlingMachine.getRecipeByName(name as string) as T

Parameter	Type
Parameter name	Type string

getRecipeMap

Name: getRecipeMap

Return Type: T[ResourceLocation]

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// BottlingMachine.getRecipeMap() as T[ResourceLocation]

<recipetype:immersiveengineering:bottling_machine>.getRecipeMap();

getRecipesByOutput

Name: getRecipesByOutput

Return Type: stdlib.List<T>

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BottlingMachine.getRecipesByOutput(output as IIngredient) as stdlib.List<T>

Parameter	Type
Parameter output	Type IIngredient

remove

Name: remove

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BottlingMachine.remove(output as IIngredient)

Parameter	Type
Parameter output	Type IIngredient

removeAll

Name: removeAll

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// BottlingMachine.removeAll()

<recipetype:immersiveengineering:bottling_machine>.removeAll();

removeByInput

Name: removeByInput

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BottlingMachine.removeByInput(input as IItemStack)

Parameter	Type
Parameter input	Type IItemStack

removeByModid

Name: removeByModid

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BottlingMachine.removeByModid(modid as string, exclude as Predicate<string>)

Parameter	Type	Optional	Default Value
Parameter modid	Type string	Optional false	Default Value
Parameter wyklucz	Type Predicate<string>	Optional true	Default Value (name as string) as bool => false

removeByName

Name: removeByName

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BottlingMachine.removeByName(names as string[])

Parameter	Type
Parameter names	Type string[]

removeByRegex

Name: removeByRegex

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BottlingMachine.removeByRegex(regex as string, exclude as Predicate<string>)

Parameter	Type	Optional	Default Value
Parameter regex	Type string	Optional false	Default Value
Parameter wyklucz	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