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KubeJS Create

This page is still WIP!

Download: CurseForge

Example Recipes

The example scripts are only therehere to show how to create the recipes. They are not meant to be used with the items shown.

Compacting

Syntax: compacting(output[], input[])

Features:

  • supports multiple inputs and outputs
  • supports .heated() and .superheated()
  • can have a fluid output as long as it has another item output
  • supports chance-based output
  • uses the Mechanical Press, Basin, and optionally a Blaze Burner
ServerEvents.recipes(e => {
  e.recipes.create.compacting('diamond', 'coal_block')
  e.recipes.create.compacting('diamond', 'coal_block').heated()
  e.recipes.create.compacting('diamond', 'coal_block').superheated()
  e.recipes.create.compacting([Fluid.of('water', water(10), 'dead_bush'], ['#minecraft:saplings', '#minecraft:saplings'])
  e.recipes.create.compacting(['diamond', Item.of('diamond').withChance(0.3)], 'coal_block')
})
Crushing

Syntax: crushing(output[], input)

Features:

  • supports multiple chance-based outputs
  • supports .processingTime()
  • uses the Crushing Wheels
ServerEvents.recipes(e => {
  e.recipes.create.crushing('diamond', 'coal_block')
  e.recipes.create.crushing('diamond', 'coal_block').processingTime(500)
  e.recipes.create.crushing(['diamond', Item.of('diamond').withChance(0.5)], 'coal_block')
})
Cutting

Syntax: cutting(output[], input)

Features:

  • supports multiple chance-based outputs
  • supports .processingTime()
  • uses the Mechanical Saw
ServerEvents.recipes(e => {
  e.recipes.create.cutting('diamond', 'coal_block')
  e.recipes.create.cutting('diamond', 'coal_block').processingTime(500)
  e.recipes.create.cutting(['diamond', Item.of('diamond').withChance(0.5)], 'coal_block')
})
Deploying

Syntax: deploying(output[], input[])

Features:

  • supports multiple chance-based outputs
  • requires exactly two inputs, the second input is what the Deployer is holding
  • supports .keepHeldItem()
  • uses the Deployer
ServerEvents.recipes(e => {
  e.recipes.create.deploying('diamond', ['coal_block', 'sand'])
  e.recipes.create.deploying(['diamond', 'emerald'], ['coal_block', 'sand']).keepHeldItem()
  e.recipes.create.deploying(['diamond', Item.of('diamond').withChance(0.5)], ['coal_block', 'sand'])
})
Emptying

Syntax: emptying(output[], input)

Features:

  • requires one input and two outputs, the outputs must be an item and a fluid
  • uses the Item Drain
ServerEvents.recipes(e => {
  e.recipes.create.emptying([Fluid.of('water', 1000)water(), 'bucket'], 'water_bucket')
})
Filling

Syntax: filling(output, input[])

Features:

  • requires two inputs and one output, the inputs must be an item and a fluid
  • uses the Spout
ServerEvents.recipes(e => {
  e.recipes.create.filling('water_bucket', [Fluid.of('water', 1000)water(), 'bucket'])
})
Haunting

Syntax: haunting(output[], input)

Features:

  • supports multiple chance-based outputs
  • uses the Encased Fan and Soul Fire
ServerEvents.recipes(e => {
  e.recipes.create.haunting('soul_campfire', 'campfire')
  e.recipes.create.haunting(['wheat', 'oak_sapling'], 'potato')
  e.recipes.create.haunting(['wheat', Item.of('oak_sapling').withChance(0.2)], 'potato')
})
Mechanical Crafting

Syntax: mechanical_crafting(output, pattern[], keys{})

Features:

  • mostly identical to the default Shaped Crafting
  • supports up to 9x9 grid size
  • uses the Mechanical Crafter
ServerEvents.recipes(e => {
  e.recipes.create.mechanical_crafting('emerald', [
    ' DDD ',
    'D   D',
    'D   D',
    'D   D',
    ' DDD '
  ], {
    D: 'dirt'
  })
})
Milling

Syntax: milling(output[], input)

Features:

  • supports multiple chance-based outputs

  • uses the Millstone

ServerEvents.recipes(e => {
  e.recipes.create.milling('diamond', 'coal_block')
  e.recipes.create.milling(['diamond', 'emerald'], 'coal_block')
  e.recipes.create.milling(['diamond', Item.of('diamond').withChance(0.5)], 'coal_block')
})
Mixing

Syntax: mixing(output[], input)

Features:

  • supports multiple chance-based outputs
  • supports fluid inputs and outputs
  • supports .heated() and .superheated()
  • uses the Mechanical Mixer, Basin, and optionally a Blaze Burner
ServerEvents.recipes(e => {
  e.recipes.create.mixing('diamond', 'coal_block')
  e.recipes.create.mixing('diamond', 'coal_block').heated()
  e.recipes.create.mixing('diamond', 'coal_block').superheated()
  e.recipes.create.mixing([Fluid.of('water', water(10), 'dead_bush'], ['#minecraft:saplings', '#minecraft:saplings'])
  e.recipes.create.mixing(['diamond', Item.of('diamond').withChance(0.3)], 'coal_block')
})
Pressing

Syntax: pressing(output[], input)

Features:

  • supports multiple chance-based outputs
  • uses the Mechanical Press
ServerEvents.recipes(e => {
  e.recipes.create.pressing('diamond', 'coal_block')
  e.recipes.create.pressing(['diamond', 'emerald'], 'coal_block')
  e.recipes.create.pressing(['diamond', Item.of('diamond').withChance(0.5)], 'coal_block')
})
Sandpaper Polishing

Syntax: sandpaper_polishing(output, input)

Features:

  • supports chance-based output
  • uses any item tagged with create:sandpaper
ServerEvents.recipes(e => {
  e.recipes.create.sandpaper_polishing('diamond', 'coal_block')
  e.recipes.create.sandpaper_polishing(Item.of('diamond').withChance(0.5), 'coal_block')
})
Sequenced Assembly

Syntax: sequenced_assembly(output[], input)input, sequence[]).transitionalItem(item).loops(int)

WIPOutput Sectionis an item or an array of items. If it is an array:

    The first item is the real output, the remainder is scrap. Only one item is chosen, with an equal chance of each.
    You can use Item.of('create:shaft').withChance(2) to double the chance of that item being chosen.

    Transitional Item is any item used during the intermediate stages of the assembly.

    Sequence is an array of recipes of the following types:

      create:cutting create:pressing create:deploying create:filling

      The transitional item needs to be the input and output of each of these recipes.

      Loops is the number of times that the recipe repeats. Calling .loops() is optional and defaults to 4.

      ServerEvents.recipes(e => {
	e.recipes.create.sequenced_assembly([
		Item.of('create:precision_mechanism').withChance(130.0), // this is the item that will appear in JEI as the result
		Item.of('create:golden_sheet').withChance(8.0), // the rest of these items will be part of the scrap
		Item.of('create:andesite_alloy').withChance(8.0),
		Item.of('create:cogwheel').withChance(5.0),
		Item.of('create:shaft').withChance(2.0),
		Item.of('create:crushed_gold_ore').withChance(2.0),
		Item.of('2x gold_nugget').withChance(2.0),
		'iron_ingot',
		'clock'
	], 'create:golden_sheet', [ // 'create:golden_sheet' is the input
		// the transitional item set by `transitionalItem('create:incomplete_large_cogwheel')` is the item used during the intermediate stages of the assembly
		e.recipes.createDeploying('create:incomplete_precision_mechanism', ['create:incomplete_precision_mechanism', 'create:cogwheel']),
		// like a normal recipe function, is used as a sequence step in this array. Input and output have the transitional item
		e.recipes.createDeploying('create:incomplete_precision_mechanism', ['create:incomplete_precision_mechanism', 'create:large_cogwheel']),
		e.recipes.createDeploying('create:incomplete_precision_mechanism', ['create:incomplete_precision_mechanism', 'create:iron_nugget'])
	]).transitionalItem('create:incomplete_precision_mechanism').loops(5) // set the transitional item and the number of loops

	// for this code to work, kubejs:incomplete_spore_blossom needs to be added to the game
	let inter = 'kubejs:incomplete_spore_blossom' // making a variable to store the transitional item makes the code more readable
	e.recipes.create.sequenced_assembly([
		Item.of('spore_blossom').withChance(16.0), // this is the item that will appear in JEI as the result
		Item.of('flowering_azalea_leaves').withChance(16.0), // the rest of these items will be part of the scrap
		Item.of('azalea_leaves').withChance(2.0),
		'oak_leaves',
		'spruce_leaves',
		'birch_leaves',
		'jungle_leaves',
		'acacia_leaves',
		'dark_oak_leaves'
	], 'flowering_azalea_leaves', [ // 'flowering_azalea_leaves' is the input
		// the transitional item is a variable, that is 'kubejs:incomplete_spore_blossom' and is used during the intermediate stages of the assembly
		e.recipes.createPressing(inter, inter),
		// like a normal recipe function, is used as a sequence step in this array. Input and output have the transitional item
		e.recipes.createDeploying(inter, [inter, 'minecraft:hanging_roots']),
		e.recipes.createFilling(inter, [inter, Fluid.water(420)]),
		e.recipes.createDeploying(inter, [inter, 'minecraft:moss_carpet']),
		e.recipes.createCutting(inter, inter)
	]).transitionalItem(inter).loops(2) // set the transitional item and the number of loops
})
      Transitional Items

      As mentioned earlier, any item can be a transition item. However, this is not completely recommended.

      If you wish to make your own transitional item, it's best if you make the type create:sequenced_assembly.

      StartupEvents.registry('item', e => {
	e.create('incomplete_spore_blossom', 'create:sequenced_assembly')
})
      Splashing/Washing

      Syntax: splashing(output[], input)

      Features:

      • supports multiple chance-based outputs
      • uses the Encased Fan and Water
      ServerEvents.recipes(e => {
  e.recipes.create.splashing('soul_campfire', 'campfire')
  e.recipes.create.splashing(['wheat', 'oak_sapling'], 'potato')
  e.recipes.create.splashing(['wheat', Item.of('oak_sapling').withChance(0.2)], 'potato')
})

      This section is copied from the old wiki. It is still WIP!

      Sequenced Assembly

      Syntax

      event.recipes.create.sequenced_assembly(output[], input, sequence[]).transitionalItem(transitionalItem).loops(loops)
      or
      event.recipes.createSequencedAssembly(output[], input, sequence[]).transitionalItem(transitionalItem).loops(loops)

      Output is an item or an array of items.

      If it is an array:

        The first item is the real output, the remainder are scrap. Only one item is chosen, with equal chance of each. You can use Item.of('create:shaft').withChance(2) to double the chance of that specific item to being chosen.

        Input is an ingredient.

        Transitional Item is any item* and is used during the intermediate stages of the assembly.

        Sequence is an array of recipes.

        The only legal recipe types are:
          create:cutting create:pressing create:deploying
          create:filling
          The transitional item needs to be the output of each of these recipes. The transitional item needs to be the an input of each of these recipes.

          Loops is the number of time that the recipes repeats. Calling .loops() is optional, and defaults to one.

          Examples
          onEvent('recipes', event => {
	event.recipes.createSequencedAssembly([ // start the recipe
		Item.of('create:precision_mechanism').withChance(130.0), // this is the item that will appear in JEI as the result
		Item.of('create:golden_sheet').withChance(8.0), // the rest of these items will part of the scrap
		Item.of('create:andesite_alloy').withChance(8.0),
		Item.of('create:cogwheel').withChance(5.0),
		Item.of('create:shaft').withChance(2.0),
		Item.of('create:crushed_gold_ore').withChance(2.0),
		Item.of('2x gold_nugget').withChance(2.0),
		'iron_ingot',
		'clock'
	],'create:golden_sheet',[ // 'create:golden_sheet' is the input
		// the transitional item set by "transitionalItem('create:incomplete_large_cogwheel')" is the item used during the intermediate stages of the assembly
		event.recipes.createDeploying('create:incomplete_precision_mechanism',['create:incomplete_precision_mechanism','create:cogwheel']),
 	 	// like a normal recipe function, is used as a sequence step in this array. Input and output have the transitional item
		event.recipes.createDeploying('create:incomplete_precision_mechanism',['create:incomplete_precision_mechanism','create:large_cogwheel']),
		event.recipes.createDeploying('create:incomplete_precision_mechanism',['create:incomplete_precision_mechanism','create:iron_nugget'])
	]).transitionalItem('create:incomplete_precision_mechanism').loops(5) // set the transitional item and the loops (amount of repetitions)


	// for this code to work, kubejs:incomplete_spore_blossom need to be added to the game
	let inter = 'kubejs:incomplete_spore_blossom' // making a varrible to store the transition item makes the code more readable
	event.recipes.createSequencedAssembly([
			Item.of('spore_blossom').withChance(16.0), // this is the item that will appear in JEI as the result
			Item.of('flowering_azalea_leaves').withChance(16.0), // the rest of these items will part of the scrap
			Item.of('azalea_leaves').withChance(2.0),
			'oak_leaves',
			'spruce_leaves',
			'birch_leaves',
			'jungle_leaves',
			'acacia_leaves',
			'dark_oak_leaves'
		],'flowering_azalea_leaves', [ // 'flowering_azalea_leaves' is the input
			// the transitional item is a varrible, that is "kubejs:incomplete_spore_blossom", and is used during the intermediate stages of the assembly
			event.recipes.createPressing(inter, inter),
			// like a normal recipe function, is used as a sequence step in this array. Input and output have the transitional item
			event.recipes.createDeploying(inter, [inter, 'minecraft:hanging_roots']),
			event.recipes.createFilling(inter, [inter, Fluid.of('minecraft:water',420)]),
			event.recipes.createDeploying(inter, [inter, 'minecraft:moss_carpet']),
  			event.recipes.createCutting(inter, inter)
		]).transitionalItem(inter).loops(2) // set the transitional item and the loops (amount of repetitions)
})

          Transitional Items

          As mentioned earlier, any item can be a transition item. However, this is not completely recommended.

          If you wish to make your own transitional item, it's best if you make the type create:sequenced_assembly.

          1.16 syntax
          onEvent('item.registry', event => {
	event.create('incomplete_spore_blossom').displayName('Incomplete Spore Blossom').type('create:sequenced_assembly')
})
          1.18 syntax
          onEvent('item.registry', event => {
	event.create('incomplete_spore_blossom','create:sequenced_assembly')
})

          Mysterious Conversion

          Mysterious Conversion recipes are client-side only, so the only way to add them currently is using reflection.

          Example

          Goes inside client scriptsclient_scripts and not in an event.event.

          //makesreference the varriblesclasses used for the recipe
let MysteriousItemConversionCategory = Java.loadClass('com.simibubi.create.compat.jei.category.MysteriousItemConversionCategory')
let ConversionRecipe = Java.loadClass('com.simibubi.create.compat.jei.ConversionRecipe')

//adds inadd the recipes manually
MysteriousItemConversionCategory.RECIPES.add(ConversionRecipe.create('minecraft:apple', 'minecraft:carrot'))
MysteriousItemConversionCategory.RECIPES.add(ConversionRecipe.create('minecraft:golden_apple', 'minecraft:golden_carrot'))

          Preventing Recipe Auto-Generation

          If you don't want a smelting, blasting, smoking, crafting, or stone-cuttingstonecutting to get an auto-generated counterpart, then include manual_only at the end of the recipe id.id:

          Example
          onEvent('recipes', eventServerEvents.recipes(e => {
	event.e.shapeless('wet_sponge', ['water_bucket', 'sponge']).id('kubejs:moisting_the_sponge_manual_only')
})

          Other types of prevention, can be done in the create config (the goggles button leads you there).

          If it is not in the config, then you can not change it.

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