SILEX

In a KubeJS pack

The files on this page go in kubejs/data/<namespace>/, which KubeJS loads as a datapack. Machine recipes can also be written in scripts, with the same fields: see Recipe scripts.

The SILEX table: what the Laser Isotope Separation Chamber makes from each input, and at which laser strength.

Type	Machines	Schema	Picked by	Rows in HBM
hbm:silex	Laser Isotope Separation Chamber (SILEX), fed by the FEL	own	first match in order	301

How a SILEX recipe works

One input item (or fluid) dissolves into a pool of solution: each item adds fluid_produced mB. The laser then uses fluid_consumed mB per output and rolls one item from the weighted outputs each time. A 900/100 recipe therefore turns one ingot into nine rolls, and the weights are the isotope ratios.

laser_strength is a minimum. A recipe runs on that wavelength or any stronger one, and each step above the minimum doubles the speed.

Fields

Field	Type	Required	Default	Meaning
input	input (below)	yes		What is dissolved.
fluid_produced	int	yes		mB of solution per input item.
fluid_consumed	int	yes		mB of solution per output roll.
laser_strength	wavelength	yes		The weakest wavelength that runs the recipe.
outputs	list of {"data", "weight"}	yes		data is an item output ("id" or {"id", "count"}), weight a positive int.
order	int	no	after HBM’s	The first matching row in order wins.

Wavelengths, weakest first: ir, visible, uv, gamma, drx. An addon’s wavelength is named as it registered it.

The input is one of:

Form	Matches
an ingredient	Any normal ingredient.
{"rbmk_pellet": "<item id>", "stage": 0..9}	An RBMK pellet at one depletion stage; stages 5 to 9 are the xenon-poisoned ones.
{"fluid_icon": "<fluid id>"}	A fluid, piped into the chamber’s tank.

data/hbm/recipe/silex/crystal_schraranium.json (HBM)

{
  "type": "hbm:silex",
  "input": { "ingredient": "hbm:crystal_schraranium" },
  "fluid_produced": 900,
  "fluid_consumed": 100,
  "laser_strength": "uv",
  "outputs": [
    { "data": "hbm:nugget_schrabidium", "weight": 5 },
    { "data": "hbm:nugget_uranium", "weight": 2 },
    { "data": "hbm:nugget_neptunium", "weight": 2 }
  ],
  "order": 11
}

data/hbm/recipe/silex/rbmk_pellet_balefire_0.json (HBM)

{
  "type": "hbm:silex",
  "input": { "rbmk_pellet": "hbm:rbmk_pellet_balefire", "stage": 0 },
  "fluid_produced": 400,
  "fluid_consumed": 100,
  "laser_strength": "uv",
  "outputs": [
    { "data": "hbm:powder_balefire", "weight": 90 },
    { "data": "hbm:nuclear_waste_tiny", "weight": 10 }
  ],
  "order": 55
}

data/hbm/recipe/silex/fluid_puf6.json (HBM)

{
  "type": "hbm:silex",
  "input": { "fluid_icon": "hbm:puf6" },
  "fluid_produced": 900,
  "fluid_consumed": 100,
  "laser_strength": "visible",
  "outputs": [
    { "data": "hbm:nugget_pu238", "weight": 3 },
    { "data": "hbm:nugget_pu239", "weight": 4 },
    { "data": "hbm:nugget_pu240", "weight": 2 }
  ],
  "order": 6
}

Notes

• HBM’s rows are 1.7’s base recipes, every RBMK pellet family at its stages (with the xenon variants), and the nuclear waste reprocessing recipes. 1.7’s aliases (uranium hexafluoride or uranium powder treated like the uranium ingot, and so on) are rows of their own with the same outputs.
• Tiny waste is a rule, not rows: a tiny nuclear waste item runs the row of its full-size counterpart, with (fluid_produced / 900) × 100 mB of solution (integer division). Recipe viewers do not list these, as 1.7’s did not.