codechicken.nei.recipe

Class TemplateRecipeHandler.CachedRecipe

java.lang.Object

codechicken.nei.recipe.TemplateRecipeHandler.CachedRecipe

Direct Known Subclasses:

BrewingRecipeHandler.CachedBrewingRecipe, FuelRecipeHandler.CachedFuelRecipe, FurnaceRecipeHandler.SmeltingPair, ShapedRecipeHandler.CachedShapedRecipe, ShapelessRecipeHandler.CachedShapelessRecipe

Enclosing class:

TemplateRecipeHandler

public abstract class TemplateRecipeHandler.CachedRecipe
extends java.lang.Object

This Recipe Handler runs on this internal class Fill the recipe array with subclasses of this to make transforming the different types of recipes out there into a nice format for NEI a much easier job.

Constructor Summary

Constructors

Constructor and Description
CachedRecipe()

Method Summary

Modifier and Type	Method and Description
boolean	contains(java.util.Collection<PositionedStack> ingredients, Item ingred)
boolean	contains(java.util.Collection<PositionedStack> ingredients, ItemStack ingredient)
java.util.List<PositionedStack>	getCycledIngredients(int cycle, java.util.List<PositionedStack> ingredients) This will perform default cycling of ingredients, mulitItem capable
PositionedStack	getIngredient()
java.util.List<PositionedStack>	getIngredients() The ingredients required to produce the result Use this if you have more than one ingredient
PositionedStack	getOtherStack() Simple utility
java.util.List<PositionedStack>	getOtherStacks() Return extra items that are not directly involved in the ingredient->result relationship.
abstract PositionedStack	getResult()
void	randomRenderPermutation(PositionedStack stack, long cycle)
void	setIngredientPermutation(java.util.Collection<PositionedStack> ingredients, ItemStack ingredient) Set all variable ingredients to this permutation.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

CachedRecipe

public CachedRecipe()

Method Detail

getResult

public abstract PositionedStack getResult()

Returns:

The item produced by this recipe, with position

getIngredients

public java.util.List<PositionedStack> getIngredients()

The ingredients required to produce the result Use this if you have more than one ingredient

Returns:

A list of positioned ingredient items.

getIngredient

public PositionedStack getIngredient()

Returns:

The ingredient required to produce the result

getOtherStacks

public java.util.List<PositionedStack> getOtherStacks()

Return extra items that are not directly involved in the ingredient->result relationship. Eg fuels. Use this if you have more than one other stack

Returns:

A list of positioned items.

getOtherStack

public PositionedStack getOtherStack()

Simple utility

Returns:

The another positioned stack

getCycledIngredients

public java.util.List<PositionedStack> getCycledIngredients(int cycle,
                                                            java.util.List<PositionedStack> ingredients)

This will perform default cycling of ingredients, mulitItem capable

Returns:

randomRenderPermutation

public void randomRenderPermutation(PositionedStack stack,
                                    long cycle)

setIngredientPermutation

public void setIngredientPermutation(java.util.Collection<PositionedStack> ingredients,
                                     ItemStack ingredient)

Set all variable ingredients to this permutation.

Parameters:

ingredient -

contains

public boolean contains(java.util.Collection<PositionedStack> ingredients,
                        ItemStack ingredient)

Parameters:

ingredient -

Returns:

true if any of the permutations of any of the ingredients contain this stack

contains

public boolean contains(java.util.Collection<PositionedStack> ingredients,
                        Item ingred)

Parameters:

ingred -

Returns:

true if any of the permutations of any of the ingredients contain this stack