First day of bioline recipes (#2201)
* material and tag changes * adds a cleanroom recipe json editor utility script * most of the initial biochem recipes * circuit number change * hoisted up class loaders * ISP output is so fickle --------- Co-authored-by: Pyritie <pyritie@gmail.com>
This commit is contained in:
Redeix
GitHub
parent
6b7283539b
commit
b063392519
5 changed files with 445 additions and 23 deletions
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@ -1,6 +1,16 @@
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// priority: 0
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"use strict";
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const JsonObject = Java.loadClass('com.google.gson.JsonObject');
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const JsonArray = Java.loadClass('com.google.gson.JsonArray');
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const JsonParser = Java.loadClass('com.google.gson.JsonParser');
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const JsonElement = Java.loadClass('com.google.gson.JsonElement');
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// Helper to call `JsonArray.add(JsonElement)` explicitly because "Rhino Moment".
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const addJsonElement = (jsonArray, jsonElement) => {
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jsonArray.getClass().getMethod("add", JsonElement).invoke(jsonArray, jsonElement);
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};
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//#region Mixer Recipes
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/**
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* Function for generating gtceu mixer recipes.
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@ -273,16 +283,6 @@ function forEachMaterial(iterator) {
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*/
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function addCircuitToRecipe(event, recipeId, circuitNumber) {
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const JsonObject = Java.loadClass('com.google.gson.JsonObject');
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const JsonArray = Java.loadClass('com.google.gson.JsonArray');
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const JsonParser = Java.loadClass('com.google.gson.JsonParser');
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const JsonElementClass = Java.loadClass('com.google.gson.JsonElement');
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// Helper to call JsonArray.add(JsonElement) explicitly because "Rhino Moment".
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const addJsonElement = (jsonArray, jsonElement) => {
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jsonArray.getClass().getMethod("add", JsonElementClass).invoke(jsonArray, jsonElement);
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};
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event.findRecipes({ id: recipeId }).forEach(recipe => {
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const inputsEl = recipe.json.get("inputs");
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let inputsObj;
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@ -598,4 +598,55 @@ function sterilizeItem(event, input, output, multiplier, cleanroom) {
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autoclave_recipe.cleanroom(cleanroom);
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};
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};
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//#endregion
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//#region Cleanroom Tool
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/**
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* Ensures recipes have a cleanroom recipe condition set to the specified type.
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*
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* * For each recipe:
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* * * If `recipeConditions` is an array, finds an object with `type` === `cleanroom`.
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* * * If found, updates its `cleanroom` property to the given `cleanroomType`.
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* * * If not found, appends a new condition object `{ type: "cleanroom", cleanroom: cleanroomType }` to the array.
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* * * If `recipeConditions` is absent or not an array, creates a new JSON array containing the cleanroom condition.
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*
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* @throws This function will not work with other recipe conditions present besides `CleanroomType`.
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*
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* @param {event} event
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* @param {string} recipeId - recipe ID.
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* @param {'cleanroom'|'sterile_cleanroom'} cleanroomType - Cleanroom type to be assigned.
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*/
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function addCleanroom(event, recipeId, cleanroomType) {
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event.findRecipes({ id: recipeId }).forEach(recipe => {
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// Ensure recipe has a cleanroom condition matching the cleanroomType string.
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// Replace existing cleanroom condition or add new one if absent.
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const desiredCleanroom = cleanroomType;
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const conditions = recipe.json.get("recipeConditions");
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let conditionArray;
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if (conditions && conditions.isJsonArray && conditions.isJsonArray()) {
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conditionArray = conditions.getAsJsonArray();
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} else {
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conditionArray = new JsonArray();
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recipe.json.add("recipeConditions", conditionArray);
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}
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let hasCleanroom = false;
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for (let i = 0; i < conditionArray.size(); i++) {
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let element = conditionArray.get(i).getAsJsonObject();
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if (element.has("type") && element.get("type").getAsString() === "cleanroom") {
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element.addProperty("cleanroom", desiredCleanroom);
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hasCleanroom = true;
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break;
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}
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}
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if (!hasCleanroom) {
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let cond = new JsonObject();
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cond.addProperty("type", "cleanroom");
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cond.addProperty("cleanroom", desiredCleanroom);
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addJsonElement(conditionArray, cond);
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}
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});
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};
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//#endregion
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@ -7,6 +7,7 @@
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function registerTFGBiochemRecipes(event) {
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const $ISPRecipeLogic = Java.loadClass("su.terrafirmagreg.core.common.data.tfgt.machine.trait.ISPOutputRecipeLogic")
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const $SizedIngredient = Java.loadClass("com.gregtechceu.gtceu.api.recipe.ingredient.SizedIngredient")
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const Sized = (ing, amount) => $SizedIngredient.create(ing, amount)
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/**
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* @typedef {Object} BioreactorRecipeData
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@ -117,7 +118,6 @@ function registerTFGBiochemRecipes(event) {
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/////////////////////////////////////////
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//#region Recipes
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// EXAMPLE
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// growthChamberRecipeText('test/test', 10*60*20, GTValues.VA[GTValues.EV], 'tfg.food_recipe.brining', {
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// itemInputs: ['tfc:food/red_apple','tfc:food/red_apple', '1x tfc:silica_glass_bottle'],
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@ -132,7 +132,6 @@ function registerTFGBiochemRecipes(event) {
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// itemOutputProvider: TFC.isp.of('3x tfc:food/green_apple').copyFood().addTrait('firmalife:smoked')
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// })
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//#endregion
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//#region Multiblock Parts
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event.recipes.gtceu.assembler('tfg:uv_led')
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@ -188,7 +187,7 @@ function registerTFGBiochemRecipes(event) {
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C: '#gtceu:circuits/ev',
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D: 'gtceu:aluminium_single_cable',
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E: 'gtceu:ev_electric_pump',
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F: 'gtceu:ev_electric_motor',
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F: 'gtceu:ev_electric_motor'
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}).addMaterialInfo().id('tfg:shaped/bioreactor');
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event.recipes.gtceu.shaped('tfg:casings/bioculture_rotor_primary', [
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@ -354,5 +353,371 @@ function registerTFGBiochemRecipes(event) {
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lab_cleaning.forEach(entry => {
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sterilizeItem(event, entry.input, entry.output, entry.multiplier, entry.cleanroom);
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});
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//#endregion
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//#region Decellularization
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// Hydrogenation of fatty acids to produce lauryl alcohol.
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event.recipes.gtceu.chemical_reactor('tfg:lauryl_alcohol')
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.inputFluids(
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'#firmalife:oils 1000',
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Fluid.of('gtceu:hydrogen', 2000)
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)
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.notConsumable(ChemicalHelper.get(TagPrefix.dust, GTMaterials.Palladium, 1))
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.outputFluids(Fluid.of('tfg:lauryl_alcohol', 1000))
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.duration(20*20)
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.EUt(GTValues.VA[GTValues.EV]);
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// Direct synthesis of chlorosulfuric acid.
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event.recipes.gtceu.chemical_reactor('tfg:chlorosulfuric_acid')
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.inputFluids(
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Fluid.of('gtceu:sulfur_trioxide', 1000),
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Fluid.of('gtceu:hydrochloric_acid', 1000)
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)
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.outputFluids(Fluid.of('tfg:chlorosulfuric_acid', 1000))
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.duration(10*20)
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.EUt(GTValues.VA[GTValues.HV]);
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// Synthesis of sodium dodecyl sulfate. Chemistry is not accurate since the organic group in lauryl alcohol is unknown here.
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event.recipes.gtceu.chemical_reactor('tfg:sodium_dodecyl_sulfate')
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.inputFluids(
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Fluid.of('tfg:lauryl_alcohol', 1000),
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Fluid.of('tfg:chlorosulfuric_acid', 2000)
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)
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.outputFluids(
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Fluid.of('tfg:sodium_dodecyl_sulfate', 1000),
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Fluid.of('gtceu:sulfur_trioxide', 1000)
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)
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.duration(30*20)
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.EUt(GTValues.VA[GTValues.EV]);
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// Redox reaction to produce sodium hypochlorite.
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event.recipes.gtceu.chemical_reactor('tfg:sodium_hypochlorite')
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.itemInputs(
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ChemicalHelper.get(TagPrefix.dust, GTMaterials.SodiumHydroxide, 2)
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)
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.inputFluids(
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Fluid.of('gtceu:chlorine', 2000)
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)
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.outputFluids(
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Fluid.of('tfg:sodium_hypochlorite', 1000),
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Fluid.of('minecraft:water', 1000)
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)
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.itemOutputs(Item.of('gtceu:salt'))
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.duration(10*20)
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.EUt(GTValues.VA[GTValues.HV]);
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// Decellularization of organic material to produce cellulose matrix.
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/**
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* @type {Array<Object>}
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* @property {'fluid'|'item'} type - Item or Fluid.
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* @property {string} id - Item or fluid ID.
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* @property {number} amount - Amount of items or millibuckets of fluid.
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*/
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const organics = [
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{ type: 'item', id: 'gtceu:bio_chaff', amount: 1 },
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{ type: 'fluid', id: 'gtceu:biomass', amount: 1000 }
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];
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/**
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* Registers a bioreactor "decellularization" recipes.
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*
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* @param {event} event
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* @param {'fluid'|'item'} organicType - Type of the organic input. Must be either 'fluid' or 'item'.
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* @param {string} organicId - Registry ID of the organic input.
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* @param {number} organicAmount - Amount of the organic input.
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*/
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function deccellularizationRecipe(event, organicType, organicId, organicAmount) {
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let recipe = event.recipes.gtceu.bioreactor(`tfg:decellularization/${organicId.replace(':', '_')}`)
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.inputFluids(
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Fluid.of('tfg:sodium_dodecyl_sulfate', 200),
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Fluid.of('gtceu:acetone', 1000),
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Fluid.of('tfg:sodium_hypochlorite', 1000)
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)
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.itemInputs(
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Ingredient.of('tfg:lab_equipment')
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)
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.itemOutputs(
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Item.of('tfg:cellulose_matrix'),
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Item.of('tfg:dirty_lab_equipment')
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)
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.duration(30*20)
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.EUt(GTValues.VA[GTValues.IV])
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.cleanroom(CleanroomType.CLEANROOM)
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.dimension('ad_astra:venus');
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if (organicType === 'fluid') {
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recipe.inputFluids(
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Fluid.of(organicId, organicAmount)
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);
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};
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if (organicType === 'item') {
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recipe.itemInputs(
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Ingredient.of(organicId).withCount(organicAmount)
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);
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};
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};
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organics.forEach(organic =>
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deccellularizationRecipe(event, organic.type, organic.id, organic.amount)
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);
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//#endregion
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//#region Gram Stain
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// N,N-Dimethylaniline synthesis.
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event.recipes.gtceu.chemical_reactor('tfg:n_n_dimethylaniline')
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.inputFluids(
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Fluid.of('tfg:aniline', 1000),
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Fluid.of('tfg:iodomethane', 2000)
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)
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.outputFluids(
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Fluid.of('tfg:n_n_dimethylaniline', 1000),
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Fluid.of('gtceu:hydrogen_iodide', 2000)
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)
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.duration(20*20)
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.EUt(GTValues.VA[GTValues.EV]);
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// Crystal violet synthesis.
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event.recipes.gtceu.large_chemical_reactor('tfg:crystal_violet')
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.inputFluids(
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Fluid.of('tfg:n_n_dimethylaniline', 3000),
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Fluid.of('gtceu:formaldehyde', 1000),
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Fluid.of('gtceu:hydrochloric_acid', 1000),
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Fluid.of('gtceu:oxygen', 2000)
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)
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.outputFluids(
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Fluid.of('tfg:crystal_violet', 1000),
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Fluid.of('gtceu:water', 3000)
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)
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.duration(20*20)
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.EUt(GTValues.VA[GTValues.IV]);
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// Crystal violet to dye.
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event.recipes.gtceu.mixer('tfg:crystal_violet_dye')
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.inputFluids(
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Fluid.of('tfg:crystal_violet', 10),
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Fluid.of('minecraft:water', 1000)
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)
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.outputFluids(Fluid.of('tfc:purple_dye', 1000))
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.duration(5*20)
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.EUt(GTValues.VA[GTValues.LV]);
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//Gram stain solution.
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/**
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* @type {Array<Object>}
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* @property {string} solvent - Solvent fluid ID.
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*/
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const gramStainSolvents = [
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'gtceu:ethanol',
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'gtceu:acetone'
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];
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gramStainSolvents.forEach(solvent => {
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event.recipes.gtceu.large_chemical_reactor(`tfg:gram_stain_solvent_${solvent.replace(':', '_')}`)
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.inputFluids(
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Fluid.of('tfg:crystal_violet', 1000),
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Fluid.of('tfc:red_dye', 1000),
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Fluid.of(solvent, 1000)
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)
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.itemInputs(
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ChemicalHelper.get(TagPrefix.dust, GTMaterials.Iodine, 1)
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)
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.outputFluids(Fluid.of('tfg:gram_stain', 4000))
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.duration(8*20)
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.EUt(GTValues.VA[GTValues.IV])
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.cleanroom(CleanroomType.CLEANROOM)
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.dimension('ad_astra:venus');
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});
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//#endregion
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//#region Triglcerides
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// Butyric acid synthesis.
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event.recipes.gtceu.chemical_reactor('tfg:butyric_acid')
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.inputFluids(
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Fluid.of('gtceu:propene', 2000),
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Fluid.of('gtceu:carbon_monoxide', 6000),
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Fluid.of('gtceu:hydrogen', 12000)
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)
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.outputFluids(
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Fluid.of('tfg:butyric_acid', 3000)
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)
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.duration(10*20)
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.circuit(4)
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.EUt(GTValues.VA[GTValues.EV]);
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// Triglycerides from fat.
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event.recipes.gtceu.vacuum_freezer('tfg:triglyceride_oil_from_fat')
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.inputFluids(
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Fluid.of('gtceu:liquid_carbon_dioxide', 1000)
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)
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.itemInputs(
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Ingredient.of('#tfg:solid_fats')
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)
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.outputFluids(
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Fluid.of('tfg:triglyceride_oil', 2000)
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)
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.itemOutputs(
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ChemicalHelper.get(TagPrefix.dust, 'tfg:cholesterol', 1)
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)
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.duration(20*20)
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.dimension('ad_astra:venus')
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.EUt(GTValues.VA[GTValues.IV]);
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// Triglycerides from cell factory.
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bioreactorRecipe('triglyceride_oil_from_smooth_endoplasmic_reticula', 10*20, 1920, {
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fluidInputs: [
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'gtceu:glycerol 1000',
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'tfg:butyric_acid 1000'
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],
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itemInputs: [
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'tfg:smooth_endoplasmic_reticula',
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'tfg:lab_equipment'
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],
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fluidOutputs: [
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Fluid.of('tfg:triglyceride_oil', 2000)
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],
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itemOutputs: [
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'tfg:dirty_lab_equipment'
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],
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cleanroom: CleanroomType.CLEANROOM
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});
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// Lactose from cell factory.
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bioreactorRecipe('lactose_from_rough_endoplasmic_reticula', 10*20, 1920, {
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itemInputs: [
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'tfg:rough_endoplasmic_reticula',
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'tfg:lab_equipment',
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'tfg:cholesterol_dust'
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],
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itemOutputs: [
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'4x gtceu:lactose_dust',
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'tfg:dirty_lab_equipment'
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],
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cleanroom: CleanroomType.CLEANROOM,
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itemOutputProvider: TFC.isp.of('4x gtceu:lactose_dust')
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});
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// Alpha keratin from cell factory.
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bioreactorRecipe('alpha_keratin_from_rough_endoplasmic_reticula', 10*20, 1920, {
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itemInputs: [
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'tfg:rough_endoplasmic_reticula',
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'tfg:lab_equipment'
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],
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fluidInputs: [
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'tfg:proto_growth_medium 1000'
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],
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itemOutputs: [
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'4x tfg:alpha_keratin',
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'tfg:dirty_lab_equipment'
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],
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cleanroom: CleanroomType.CLEANROOM,
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itemOutputProvider: TFC.isp.of('4x tfg:alpha_keratin')
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});
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//#endregion
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//#region Basic Feeder Cells
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// Set collagen recipes to require a normal cleanroom instead of sterile.
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/**
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* @type {Array<Object>}
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* @property {'string'} recipeId - Collagen recipe ID's.
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*/
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const collagenRecipes = [
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'gtceu:large_chemical_reactor/collagen_from_bone',
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'gtceu:large_chemical_reactor/collagen_from_bone_meal',
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'gtceu:chemical_reactor/collagen_from_bone',
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'gtceu:chemical_reactor/collagen_from_bone_meal'
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];
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collagenRecipes.forEach(recipeEntry => {
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addCleanroom(event, recipeEntry, 'cleanroom')
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});
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// Proto growth medium synthesis.
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event.recipes.gtceu.bioreactor('tfg:proto_growth_medium')
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.inputFluids(
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Fluid.of('gtceu:distilled_water', 1000)
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)
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.itemInputs(
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ChemicalHelper.get(TagPrefix.dust, GTMaterials.Calcium, 1),
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ChemicalHelper.get(TagPrefix.dust, GTMaterials.SodiumHydroxide, 1),
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ChemicalHelper.get(TagPrefix.dust, 'gtceu:lactose', 1)
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)
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.outputFluids(
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Fluid.of('tfg:proto_growth_medium', 1000)
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)
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.duration(10*20)
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.EUt(GTValues.VA[GTValues.EV])
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.cleanroom(CleanroomType.CLEANROOM);
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// Fibroblast feeder cell synthesis.
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event.recipes.gtceu.bioreactor('tfg:fibroblast_feeder_cells')
|
||||
.inputFluids(
|
||||
Fluid.of('firmalife:sugar_water', 1000),
|
||||
Fluid.of('tfg:mutative_yeast', 1000)
|
||||
)
|
||||
.itemInputs(
|
||||
ChemicalHelper.get(TagPrefix.dust, GTMaterials.Collagen, 1),
|
||||
Ingredient.of('tfg:lab_equipment')
|
||||
)
|
||||
.notConsumable(
|
||||
Ingredient.of('tfg:filled_dna_syringe')
|
||||
)
|
||||
.outputFluids(
|
||||
Fluid.of('tfg:fibroblast_feeder_cells', 1000)
|
||||
)
|
||||
.itemOutputs(
|
||||
Item.of('tfg:dirty_lab_equipment')
|
||||
)
|
||||
.duration(1*60*20)
|
||||
.EUt(GTValues.VA[GTValues.EV])
|
||||
.circuit(1)
|
||||
.dimension('ad_astra:venus')
|
||||
.cleanroom(CleanroomType.CLEANROOM);
|
||||
|
||||
// Rough endoplasmic reticula synthesis.
|
||||
bioreactorRecipe('tfg:rough_endoplasmic_reticula', 1*60*20, GTValues.VA[GTValues.EV], {
|
||||
itemInputs: [
|
||||
'gtceu:collagen_dust',
|
||||
'tfg:lab_equipment'
|
||||
],
|
||||
fluidInputs: [
|
||||
Fluid.of('firmalife:sugar_water', 1000),
|
||||
Fluid.of('tfg:mutative_yeast', 1000)
|
||||
],
|
||||
itemOutputs: [
|
||||
'tfg:rough_endoplasmic_reticula',
|
||||
'tfg:dirty_lab_equipment'
|
||||
],
|
||||
notConsumable: [
|
||||
'tfg:filled_dna_syringe'
|
||||
],
|
||||
circuit: 2,
|
||||
cleanroom: CleanroomType.CLEANROOM,
|
||||
itemOutputProvider: TFC.isp.of('tfg:rough_endoplasmic_reticula').resetFood()
|
||||
});
|
||||
|
||||
// Smooth endoplasmic reticula synthesis.
|
||||
bioreactorRecipe('tfg:smooth_endoplasmic_reticula', 1*60*20, GTValues.VA[GTValues.EV], {
|
||||
itemInputs: [
|
||||
'gtceu:collagen_dust',
|
||||
'tfg:lab_equipment'
|
||||
],
|
||||
fluidInputs: [
|
||||
Fluid.of('firmalife:sugar_water', 1000),
|
||||
Fluid.of('tfg:mutative_yeast', 1000)
|
||||
],
|
||||
itemOutputs: [
|
||||
'tfg:smooth_endoplasmic_reticula',
|
||||
'tfg:dirty_lab_equipment'
|
||||
],
|
||||
notConsumable: [
|
||||
'tfg:filled_dna_syringe'
|
||||
],
|
||||
circuit: 3,
|
||||
cleanroom: CleanroomType.CLEANROOM,
|
||||
itemOutputProvider: TFC.isp.of('tfg:smooth_endoplasmic_reticula').resetFood()
|
||||
});
|
||||
|
||||
//#endregion
|
||||
}
|
||||
|
|
@ -318,6 +318,9 @@ const registerTFGItemTags = (event) => {
|
|||
});
|
||||
event.add('tfg:foil_packs', 'tfg:foil_pack');
|
||||
event.add('tfg:foil_packs', 'tfg:clean_foil_pack')
|
||||
|
||||
event.add('tfg:solid_fats', 'firmalife:food/butter')
|
||||
event.add('tfg:solid_fats', 'tfc:blubber')
|
||||
//#endregion
|
||||
//#endregion
|
||||
|
||||
|
|
@ -691,8 +694,6 @@ const registerTFGFluidTags = (event) => {
|
|||
event.add('tfc:drinkables', 'tfg:semiheavy_ammoniacal_water')
|
||||
event.add('tfc:any_drinkables', 'tfg:semiheavy_ammoniacal_water')
|
||||
event.add('tfc:ingredients', 'tfg:semiheavy_ammoniacal_water')
|
||||
event.add('firmalife:mixable', 'tfg:semiheavy_ammoniacal_water')
|
||||
event.add('firmalife:usable_in_vat', 'tfg:semiheavy_ammoniacal_water')
|
||||
event.add('minecraft:water', 'tfg:semiheavy_ammoniacal_water')
|
||||
|
||||
event.add('tfc:drinkables', 'tfg:proto_growth_medium')
|
||||
|
|
|
|||
|
|
@ -230,7 +230,7 @@ global.GTCEU_HIDED_ITEMS = /** @type {const} */ ([
|
|||
"gtceu:iv_damascus_steel_wrench",
|
||||
"gtceu:lv_damascus_steel_screwdriver",
|
||||
|
||||
"gtceu:sus_record",
|
||||
"gtceu:sus_record"
|
||||
]);
|
||||
//#endregion
|
||||
|
||||
|
|
@ -250,7 +250,7 @@ global.GTCEU_ARMORS = /** @type {const} */ ([
|
|||
"gtceu:quarktech_leggings",
|
||||
"gtceu:quarktech_boots",
|
||||
"gtceu:quarktech_helmet",
|
||||
"gtceu:advanced_quarktech_chestplate",
|
||||
"gtceu:advanced_quarktech_chestplate"
|
||||
]);
|
||||
//#endregion
|
||||
|
||||
|
|
@ -313,7 +313,7 @@ global.TFG_CASTING_MOLDS = /** @type {const} */ ([
|
|||
"tfg:lamp_casting_mold",
|
||||
"tfg:trapdoor_casting_mold",
|
||||
"tfg:chain_casting_mold",
|
||||
"tfg:bell_casting_mold",
|
||||
"tfg:bell_casting_mold"
|
||||
]);
|
||||
|
||||
global.GTCEU_CASTING_MOLDS = /** @type {const} */ ([
|
||||
|
|
@ -334,7 +334,7 @@ global.GTCEU_CASTING_MOLDS = /** @type {const} */ ([
|
|||
"gtceu:small_pipe_casting_mold",
|
||||
"gtceu:normal_pipe_casting_mold",
|
||||
"gtceu:large_pipe_casting_mold",
|
||||
"gtceu:huge_pipe_casting_mold",
|
||||
"gtceu:huge_pipe_casting_mold"
|
||||
]);
|
||||
//#endregion
|
||||
|
||||
|
|
@ -371,7 +371,7 @@ global.ORE_BEARING_STONES = /** @type {const} */ ([
|
|||
"mars_stone",
|
||||
"venus_stone",
|
||||
"mercury_stone",
|
||||
"glacio_stone",
|
||||
"glacio_stone"
|
||||
]);
|
||||
//#endregion
|
||||
|
||||
|
|
@ -391,7 +391,10 @@ global.ADD_CIRCUIT = /** @type {const} */ ([
|
|||
{ recipeId: "gtceu:large_chemical_reactor/sodium_bicarbonate_from_salt", circuitNumber: 2 },
|
||||
|
||||
{ recipeId: "gtceu:chemical_reactor/acetic_acid_from_methanol", circuitNumber: 1 },
|
||||
{ recipeId: "gtceu:large_chemical_reactor/acetic_acid_from_methanol", circuitNumber: 1 }
|
||||
{ recipeId: "gtceu:large_chemical_reactor/acetic_acid_from_methanol", circuitNumber: 1 },
|
||||
|
||||
{ recipeId: "gtceu:chemical_reactor/butraldehyde", circuitNumber: 1 },
|
||||
{ recipeId: "gtceu:large_chemical_reactor/butraldehyde", circuitNumber: 1 }
|
||||
]);
|
||||
//#endregion
|
||||
|
||||
|
|
@ -406,6 +409,6 @@ global.GTCEU_SUPERCONDUCTORS = /** @type {const} */ ([
|
|||
{ name: "indium_tin_barium_titanium_cuprate", materialId: "IndiumTinBariumTitaniumCuprate" },
|
||||
{ name: "uranium_rhodium_dinaquadide", materialId: "UraniumRhodiumDinaquadide" },
|
||||
{ name: "enriched_naquadah_trinium_europium_duranide", materialId: "EnrichedNaquadahTriniumEuropiumDuranide" },
|
||||
{ name: "ruthenium_trinium_americium_neutronate", materialId: "RutheniumTriniumAmericiumNeutronate" },
|
||||
{ name: "ruthenium_trinium_americium_neutronate", materialId: "RutheniumTriniumAmericiumNeutronate" }
|
||||
]);
|
||||
//#endregion
|
||||
|
|
|
|||
|
|
@ -26,10 +26,11 @@ const registerTFGBiolineMaterials = (event) => {
|
|||
|
||||
event.create('tfg:lauryl_alcohol')
|
||||
.liquid(new GTFluidBuilder().temperature(293))
|
||||
.components('12x carbon', '26x hydrogen', '1x oxygen')
|
||||
.components('12x carbon', '26x hydrogen', '1x oxygen', 'unknown')
|
||||
.iconSet(GTMaterialIconSet.FINE)
|
||||
.color(0x9C734E)
|
||||
.secondaryColor(0xA12727)
|
||||
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
|
||||
|
||||
event.create('tfg:chlorosulfuric_acid')
|
||||
.liquid(new GTFluidBuilder().temperature(293).attribute(GTFluidAttributes.ACID))
|
||||
|
|
@ -44,6 +45,7 @@ const registerTFGBiolineMaterials = (event) => {
|
|||
.iconSet(GTMaterialIconSet.FINE)
|
||||
.color(0xCA9851)
|
||||
.secondaryColor(0xF0D5CE)
|
||||
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
|
||||
|
||||
event.create('tfg:sodium_hypochlorite')
|
||||
.liquid(new GTFluidBuilder().temperature(293))
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue