A MixRecipeBuilder is used to build and add High Oven's Mix Recipe to the game.

Better be safe than sorry and import the package

ZenScript
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import mods.tcomplement.highoven.MixRecipeBuilder;

The mods.tcomplement.highoven.HighOven handler can give you a MixRecipeBuilder

ZenScript
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// HighOven.newMixRecipe(ILiquidStack output, ILiquidStack input, int temp);
var builder = HighOven.newMixRecipe(<liquid:steel> * 72, <liquid:iron> * 144, 1350);

• output is the fluid and quantity to produce
• input is the fluid and quantity to consume
• temp is the minimal temperature of the high oven for the recipe to work, in Kelvin

Attribute	ZenGetter	ZenSetter	Type	Info
Attribute output	ZenGetter output	ZenSetter :heavy_check_mark:	Type ILiquidStack	Info the output produced by the MixRecipe
Attribute input	ZenGetter input	ZenSetter :heavy_check_mark:	Type ILiquidStack	Info the input of the MixRecipe
Attribute temperature	ZenGetter temp	ZenSetter :heavy_check_mark:	Type int	Info the minimum temperature, in Kelvin
Attribute oxidizers	ZenGetter oxidizers	ZenSetter :x:	Type List<IIngredient>	Info the valid oxidizers for the recipe at the time the attribute is accessed
Attribute reducers	ZenGetter reducers	ZenSetter :x:	Type List<IIngredient>	Info the valid reducers for the recipe at the time the attribute is accessed
Attribute purifiers	ZenGetter purifiers	ZenSetter :x:	Type List<IIngredient>	Info the valid purifiers for the recipe at the time the attribute is accessed

Method	Return type	Info
Method getOxidizerChance(IIngredient oxidizer)	Return type int	Info The chance in percent that the oxidizer is consumed, or -1 if the oxidizer is not valid
Method getReducerChance(IIngredient reducer)	Return type int	Info The chance in percent that the reducer is consumed, or -1 if the reducer is not valid
Method getOxidizerChance(IIngredient purifier)	Return type int	Info The chance in percent that the purifier is consumed, or -1 if the oxidizer is not valid
Method addOxidizer(IIngredient oxidizer, int consumeChance)	Return type MixRecipeBuilder	Info Add the oxidizer with the given consume chance (in percent)
Method addReducer(IIngredient reducer, int consumeChance)	Return type MixRecipeBuilder	Info Add the reducer with the given consume chance (in percent)
Method addPurifier(IIngredient purifier, int consumeChance)	Return type MixRecipeBuilder	Info Add the purifier with the given consume chance (in percent)
Method removeOxidizer(IIngredient oxidizer)	Return type MixRecipeBuilder	Info Remove the oxidizer if it had been added
Method removeReducer(IIngredient reducer)	Return type MixRecipeBuilder	Info Remove the reducer if it had been added
Method removePurifier(IIngredient purifier)	Return type MixRecipeBuilder	Info Remove the purifier if it had been added
Method removeAllOxidizer()	Return type MixRecipeBuilder	Info Remove all oxidizers
Method removeAllReducer()	Return type MixRecipeBuilder	Info Remove all reducers
Method removeAllPurifier()	Return type MixRecipeBuilder	Info Remove all purifiers
Method register()	Return type ​	Info Add a new MixRecipe with the data currently added in the MixRecipeBuilder

All methods that return a MixRecipeBuilder return the same instance they were called on, allowing method chaining.

Once you have a MixRecipeBuilder, add the oxidizers, reducers and purifiers for your new recipe to the builder, then register() a recipe. A MixRecipeBuilder can be used to register as many recipes as you want: each time you call register(), it adds a new recipe with the infos it has at the time you call the function. This makes it easy to add recipes variant or recipes tier by incrementally adding new additives and/or increasing yield etc.

The additives supports all kind of IIngredient: IOreDictEntry, IItemStack and their transformations, liquid containers etc.

Don't forget to register your recipe, the MixRecipeBuilder is just a builder to specify all the parts of the recipe !