Cyclotron

input_items holds two positions: 0 is the particle and 1 is the target. count is ignored, and one of each is consumed per operation. The cyclotron produces the first entry of the first output position.

Fields

Field	Meaning and default	Range
`type`	Selects the `hbm:cyclotron` recipe format.
`name`Optional	Internal lookup name; defaults to the last segment of the recipe resource path.
`input_items`	Ordered counted item inputs; defaults to an empty list.
`ingredient`	Item ID, item tag, or loader ingredient object.
`count`Optional	Items required from one stack; default 1. The item stack limit bounds a usable count.	[1, \texttt{i32::MAX}]
`components`Optional	Exact item-component values.
`predicates`Optional	Item-component predicates.
`output_items`	Fixed or weighted item-output positions; defaults to an empty list.
`item ID`	Fixed output: String form for one item.
`id`	Item ID in a stack object.
`count`Optional	Stack size; default 1.	[1, 99]
`components`Optional	Item-component values.
`chance`Optional	Output chance; omit for a guaranteed output. Some machines roll each item of the stack separately.	Rounds to weight [1, 999] of 1000
`data`	Weighted choice: Stack object or an empty object for no output.
`weight`	Relative selection weight; a positive total selects an output.	[0, \texttt{i32::MAX}] each; \sum_i w_i \le \texttt{i32::MAX}
`order`Optional	Sort position within the recipe table; lower values first, default 2147483647.	\texttt{i32}
`amat`	Antimatter added to the collector per operation; use [1, 8000] mB for positive output.	\texttt{i32}

Example

Source path: data/hbm/recipe/cyclotron/cyclotron.beryllium_quartz.json

{
  "type": "hbm:cyclotron",
  "amat": 25,
  "input_items": [
    {
      "ingredient": "hbm:part_beryllium"
    },
    {
      "ingredient": "#c:dusts/quartz"
    }
  ],
  "order": 14,
  "output_items": [
    "hbm:sulfur"
  ]
}

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