2f1f6d8075
Fixes https://github.com/Nomi-CEu/nomi-ceu/issues/336, by giving a lot more caesium per mission. This should end up with around 195 more caesium than needed for snowchestite proc per mission, scaling with better macerators. Document highlighting ratios, and therefore what is needed to balance caesium, made by @Mayplely. Co-Authored-By: Maplely <126857319+mayplely@users.noreply.github.com>
837 lines
29 KiB
Plaintext
837 lines
29 KiB
Plaintext
#loader gregtech
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import mods.gregtech.material.MaterialBuilder;
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import mods.gregtech.material.MaterialRegistry;
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import mods.gregtech.material.IMaterialPredicate;
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import mods.gregtech.material.Material;
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import mods.gregtech.material.Elements;
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import mods.gregtech.ore.OrePrefix;
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//val gemPerfect as OrePrefix = OrePrefix.registerOrePrefix("gemPerfect", 8, "gemPerfect", 1);
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//gemPerfect.setGenerationPredicate(IMaterialPredicate.hasGem);
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//gemPerfect.createMaterialItem();
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var element_omnium = Elements.add(130, 234, -1, null, "Omnium", "Nm", false);
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var element_draconium = Elements.add(149, 264, -1, null, "Draconium", "Dc", false);
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var element_draconium_awakened = Elements.add(149, 267, -1, null, "AwakenedDraconium", "Dc*", false);
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var draconium = MaterialBuilder(32001, "draconium")
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.element("Draconium")
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.ingot().fluid().ore()
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.color(0xbe49ed).iconSet("metallic")
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.blastTemp(6800, "HIGHER")
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.cableProperties(524288, 1, 0, true)
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.flags(["generate_plate", "generate_rod", "generate_gear", "generate_dense"])
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.build();
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var awakened_draconium = MaterialBuilder(32002, "awakened_draconium")
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.element("AwakenedDraconium")
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.ingot().fluid()
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.color(0xf58742).iconSet("metallic")
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.flags(["no_smelting", "generate_plate", "generate_rod", "generate_gear"])
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.build();
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var dark_steel = MaterialBuilder(32003, "dark_steel")
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.ingot().fluid()
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.color(0x414751).iconSet("dull")
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.flags(["generate_plate", "generate_rod", "generate_frame", "disable_decomposition"])
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.components([<material:iron> * 1])
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.build();
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var omnium = MaterialBuilder(32004, "omnium")
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.ingot().fluid()
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.element("Omnium")
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.color(0x84053e).iconSet("shiny")
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.cableProperties(2147483647, 64, 0, true)
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.build();
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var ardite = MaterialBuilder(32006, "ardite")
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.ingot().fluid()
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.color(0xad2f05).iconSet("dull")
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.components([<material:red_steel> * 3, <material:blaze> * 1])
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.flags(["generate_plate"])
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.build();
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var mana = MaterialBuilder(32007, "mana")
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.flags(["disable_decomposition"])
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.build();
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var manyullyn = MaterialBuilder(32008, "manyullyn")
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.ingot().fluid()
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.color(0x9949cc).iconSet("metallic")
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.flags(["generate_plate"])
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.components([<material:ardite> * 4, <material:cobalt> * 4, <material:mana> * 1])
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.build();
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var signalum = MaterialBuilder(32010, "signalum")
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.ingot().fluid()
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.color(0xff7f0f).iconSet("shiny")
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.blastTemp(4000, "MID", 120, 12800)
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.flags(["generate_plate", "generate_dense", "generate_rod", "generate_gear"])
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.components([<material:annealed_copper> * 4, <material:ardite> * 2, <material:red_alloy> * 2])
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.cableProperties(32768, 1, 0, true)
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.build();
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var conductive_iron = MaterialBuilder(32011, "conductive_iron")
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.ingot().fluid()
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.color(0xf7b29b).iconSet("metallic")
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.flags("generate_plate", "generate_gear")
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.components([<material:iron> * 1, <material:redstone> * 1])
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.cableProperties(32, 1, 0, true)
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.build();
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var energetic_alloy = MaterialBuilder(32012, "energetic_alloy")
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.ingot().fluid()
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.color(0xffb545).iconSet("shiny")
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.flags("generate_plate", "generate_gear")
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.blastTemp(1250, "LOW", 120, 400)
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.components([<material:gold> * 2, <material:redstone> * 1, <material:glowstone> * 1])
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.cableProperties(128, 1, 0, true)
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.build();
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var vibrant_alloy = MaterialBuilder(32013, "vibrant_alloy")
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.ingot().fluid()
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.color(0xa4ff70).iconSet("shiny")
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.flags("generate_plate", "generate_gear", "generate_rod", "generate_bolt_screw")
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.blastTemp(1350, "LOW", 120, 600)
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.components([<material:energetic_alloy> * 1, <material:ender_pearl> * 1])
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.cableProperties(512, 1, 0, true)
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.build();
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var pulsating_iron = MaterialBuilder(32014, "pulsating_iron")
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.ingot().fluid()
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.color(0x6ae26e).iconSet("shiny")
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.flags("generate_plate", "generate_gear")
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.components([<material:iron> * 1])
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.cableProperties(8, 1, 0, true)
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.build();
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var electrical_steel = MaterialBuilder(32015, "electrical_steel")
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.ingot().fluid()
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.color(0xb2c0c1).iconSet("metallic")
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.flags("generate_plate", "generate_gear")
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.components([<material:steel> * 1, <material:silicon> * 1])
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.build();
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var lumium = MaterialBuilder(32017, "lumium")
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.ingot().fluid()
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.color(0xf6ff99).iconSet("bright")
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.flags("generate_plate", "generate_gear", "generate_fine_wire")
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.blastTemp(4500, "MID", 120, 14400)
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.components([<material:tin_alloy> * 4, <material:sterling_silver> * 2])
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.cableProperties(8192, 1, 0, true)
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.build();
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var enderium = MaterialBuilder(32018, "enderium")
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.ingot().fluid()
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.color(0x1f6b62).iconSet("shiny")
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.flags("generate_plate", "generate_gear", "generate_fine_wire")
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.blastTemp(6400, "HIGHEST", 120, 20800)
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.components([<material:lead> * 4, <material:platinum> * 2, <material:blue_steel> * 1, <material:osmium> * 1])
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.cableProperties(131072, 1, 0, true)
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.build();
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var electrum_flux = MaterialBuilder(32019, "electrum_flux")
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.ingot().fluid()
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.color(0xf7be20).iconSet("bright")
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.flags("generate_plate", "generate_gear")
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.blastTemp(1100)
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.components([<material:electrum> * 6, <material:lumium> * 1, <material:signalum> * 1])
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.build();
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var mithril = MaterialBuilder(32021, "mithril")
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.ingot()
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.color(0x428fdb).iconSet("dull")
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.flags("generate_plate", "generate_gear", "no_unification")
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.components([<material:titanium> * 1, <material:mana> * 1])
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.build();
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var crystal_matrix = MaterialBuilder(32023, "crystal_matrix")
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.ingot().fluid()
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.color(0x70ecff).iconSet("shiny")
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.flags("generate_plate")
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.build();
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var soularium = MaterialBuilder(32024, "soularium")
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.ingot().fluid()
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.color(0x7c674d).iconSet("metallic")
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.flags("generate_plate")
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.components([<material:gold> * 1])
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.build();
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var end_steel = MaterialBuilder(32025, "end_steel")
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.ingot().fluid()
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.color(0xd6d980).iconSet("metallic")
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.flags("generate_plate", "generate_gear")
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.toolStats(4.0, 3.5, 1024, 3)
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.cableProperties(2048,1,0,true)
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.build();
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var infinity = MaterialBuilder(32026, "infinity")
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.ingot()
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.color(0x000000).iconSet("shiny")
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.flags("generate_plate")
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.components([<material:neutronium> * 5])
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.build();
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<material:infinity>.setFormula("∞");
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var microversium = MaterialBuilder(32027, "microversium")
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.ingot()
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.color(0x9b61b8).iconSet("dull")
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.flags("generate_plate", "generate_frame")
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.build();
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var draconic_superconductor = MaterialBuilder(32028, "draconic_superconductor")
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.ingot()
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.color(0xf5f0f4).iconSet("shiny")
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.cableProperties(2147483647, 4, 0, true)
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.build();
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var osmiridium_8020 = MaterialBuilder(32029, "osmiridium_8020")
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.dust()
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.components([<material:osmium> * 4, <material:iridium> * 1])
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.colorAverage()
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.ore()
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.addOreByproducts(<material:osmium>, <material:iridium>, <material:ruthenium>)
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.build();
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var iridosmine_8020 = MaterialBuilder(32030, "iridosmine_8020")
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.dust()
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.components([<material:iridium> * 4, <material:osmium> * 1])
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.colorAverage()
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.ore()
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.addOreByproducts(<material:iridium>, <material:osmium>, <material:rhodium>)
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.build();
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var kaemanite = MaterialBuilder(32031, "kaemanite")
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.dust()
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.components([<material:trinium> * 1, <material:tantalum> * 1, <material:oxygen> * 4])
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.color(0xe7413c).iconSet("bright")
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.ore()
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.addOreByproducts(<material:niobium>, <material:trinium_sulfide>, <material:trinium>)
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.build();
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var tungsten_trioxide = MaterialBuilder(32032, "tungsten_trioxide")
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.dust()
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.color(0xC7D300).iconSet("dull")
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.flags("disable_decomposition")
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.components([<material:tungsten> * 1, <material:oxygen> * 3])
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.build();
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var beryllium_oxide = MaterialBuilder(32033, "beryllium_oxide")
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.ingot()
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.color(0x54C757).iconSet("dull")
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.flags("generate_rod", "generate_ring")
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.components([<material:beryllium> * 1, <material:oxygen> * 1])
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.build();
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var niobium_pentoxide = MaterialBuilder(32034, "niobium_pentoxide")
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.dust()
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.color(0xBAB0C3).iconSet("rough")
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.components([<material:niobium> * 2, <material:oxygen> * 5])
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.build();
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var tantalum_pentoxide = MaterialBuilder(32035, "tantalum_pentoxide")
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.dust()
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.color(0x72728A).iconSet("rough")
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.components([<material:tantalum> * 2, <material:oxygen> * 5])
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.build();
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var fluorite = MaterialBuilder(32036, "fluorite")
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.dust().ore()
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.color(0xFFFC9E).iconSet("rough")
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.components([<material:calcium> * 1, <material:fluorine> * 2])
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.addOreByproducts(<material:sphalerite>, <material:bastnasite>, <material:topaz>)
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.build();
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var manganese_difluoride = MaterialBuilder(32037, "manganese_difluoride")
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.dust()
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.color(0xEF4B3D).iconSet("rough")
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.components([<material:manganese> * 1, <material:fluorine> * 2])
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.build();
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var molybdenum_trioxide = MaterialBuilder(32038, "molybdenum_trioxide")
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.dust()
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.color(0xCBCFDA).iconSet("rough")
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.flags("disable_decomposition")
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.components([<material:molybdenum> * 1, <material:oxygen> * 3])
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.build();
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var lead_chloride = MaterialBuilder(32039, "lead_chloride")
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.dust()
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.color(0xF3F3F3).iconSet("rough")
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.components([<material:lead> * 1, <material:chlorine> * 2])
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.build();
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var wollastonite = MaterialBuilder(32040, "wollastonite")
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.dust()
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.color(0xF7F7E7).iconSet("bright")
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.components([<material:calcium> * 1, <material:silicon> * 1, <material:oxygen> * 3])
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.build();
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var sodium_metavanadate = MaterialBuilder(32041, "sodium_metavanadate")
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.dust()
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.flags("disable_decomposition")
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.color(0xe6bb22).iconSet("dull")
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.components([<material:sodium> * 1, <material:vanadium> * 1, <material:oxygen> * 3])
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.build();
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var vanadium_pentoxide = MaterialBuilder(32042, "vanadium_pentoxide")
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.dust()
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.color(0xffcf33).iconSet("rough")
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.components([<material:vanadium> * 2, <material:oxygen> * 5])
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.build();
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var ammonium_metavanadate = MaterialBuilder(32043, "ammonium_metavanadate")
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.dust()
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.flags("disable_decomposition")
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.color(0xf7e37e).iconSet("dull")
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.components([<material:nitrogen> * 1, <material:hydrogen> * 4, <material:vanadium> * 1, <material:oxygen> * 3])
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.build();
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var phthalic_anhydride = MaterialBuilder(32044, "phthalic_anhydride")
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.dust()
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.flags("disable_decomposition")
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.color(0xeeaaee).iconSet("dull")
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.components([<material:carbon> * 8, <material:hydrogen> * 4, <material:oxygen> * 3])
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.build();
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<material:phthalic_anhydride>.setFormula("C6H4(CO)2O", true);
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var ethylanthraquinone = MaterialBuilder(32045, "ethylanthraquinone")
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.dust()
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.color(0xf1e181)
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.flags("disable_decomposition")
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.components([<material:carbon> * 16, <material:hydrogen> * 12, <material:oxygen> * 2])
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.build();
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<material:ethylanthraquinone>.setFormula("C6H4(CO)2C6H3(CH2CH3)", true);
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var hydrogen_peroxide = MaterialBuilder(32046, "hydrogen_peroxide")
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.fluid()
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.color(0xd2ffff)
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.components([<material:hydrogen> * 2, <material:oxygen> * 2])
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.build();
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var hydrazine = MaterialBuilder(32047, "hydrazine")
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.fluid()
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.color(0xb50707)
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.components([<material:nitrogen> * 2, <material:hydrogen> * 4])
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.build();
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var acetone_azine = MaterialBuilder(32048, "acetone_azine")
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.fluid()
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.color(0xa1e1e1)
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.components([<material:carbon> * 6, <material:hydrogen> * 12, <material:nitrogen> * 2])
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.build();
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<material:acetone_azine>.setFormula("((CH3)2(CN))2", true);
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var graphene_oxide = MaterialBuilder(32049, "graphene_oxide")
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.dust()
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.flags("disable_decomposition")
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.color(0x777777).iconSet("rough")
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.components([<material:graphene> * 1, <material:oxygen> * 1])
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.build();
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var kapton_k = MaterialBuilder(32050, "kapton_k")
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.ingot().fluid()
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.color(0xffce52).iconSet("dull")
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.flags("generate_plate", "disable_decomposition")
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.components([<material:carbon> * 22, <material:hydrogen> * 10, <material:nitrogen> * 2, <material:oxygen> * 5])
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.build();
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<material:kapton_k>.setFormula("C6H2((CO)2N)2C6H4OC6H4", true);
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var durene = MaterialBuilder(32051, "durene")
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.dust()
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.flags("disable_decomposition")
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.color(0x336040).iconSet("fine")
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.components([<material:carbon> * 10, <material:hydrogen> * 14])
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.build();
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<material:durene>.setFormula("C6H2(CH3)4", true);
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var pyromellitic_dianhydride = MaterialBuilder(32052, "pyromellitic_dianhydride")
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.dust()
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.flags("disable_decomposition")
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.color(0xf0ead6).iconSet("rough")
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.components([<material:carbon> * 10, <material:hydrogen> * 2, <material:oxygen> * 6])
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.build();
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<material:pyromellitic_dianhydride>.setFormula("C6H2(C2O3)2", true);
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var dimethylformamide = MaterialBuilder(32053, "dimethylformamide")
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.fluid()
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.color(0x42bdff)
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.components([<material:carbon> * 3, <material:hydrogen> * 7, <material:nitrogen> * 1, <material:oxygen> * 1])
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.build();
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var aminophenol = MaterialBuilder(32054, "aminophenol")
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.fluid()
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.flags("disable_decomposition")
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.color(0xff7f50)
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.components([<material:carbon> * 6, <material:hydrogen> * 7, <material:nitrogen> * 1, <material:oxygen> * 1])
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.build();
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var oxydianiline = MaterialBuilder(32055, "oxydianiline")
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.dust()
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.flags("disable_decomposition")
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.color(0xf0e130).iconSet("dull")
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.components([<material:carbon> * 12, <material:hydrogen> * 12, <material:nitrogen> * 2, <material:oxygen> * 1])
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.build();
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<material:oxydianiline>.setFormula("O(C6H4NH2)2", true);
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var antimony_pentafluoride = MaterialBuilder(32056, "antimony_pentafluoride")
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.fluid()
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.flags("disable_decomposition")
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.color(0xe3f1f1)
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.components([<material:antimony> * 1, <material:fluorine> * 5])
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.build();
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var naquadah_oxide = MaterialBuilder(32057, "naquadah_oxide")
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.dust()
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.flags("disable_decomposition")
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.color(0x17ddd3).iconSet("rough")
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.components([<material:naquadah> * 2, <material:oxygen> * 3])
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.build();
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var pyromorphite = MaterialBuilder(32058, "pyromorphite")
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.dust()
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.flags("disable_decomposition")
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.color(0xd3ed28).iconSet("rough")
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.components([<material:lead> * 5, <material:phosphate> * 3, <material:chlorine> * 1])
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.build();
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var naquadah_hydroxide = MaterialBuilder(32059, "naquadah_hydroxide")
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.dust()
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.color(0x1941a6).iconSet("dull")
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.components([<material:naquadah> * 1, <material:hydrogen> * 3, <material:oxygen> * 3])
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.build();
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<material:naquadah_hydroxide>.setFormula("Nq(OH)3", true);
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var snowchestite = MaterialBuilder(32060, "snowchestite")
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.dust().ore()
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.flags("disable_decomposition")
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.color(0x274c9f).iconSet("shiny")
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.components([<material:naquadah_oxide> * 3, <material:pyromorphite> * 1])
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.addOreByproducts(<material:caesium>, <material:vanadium_magnetite>, <material:naquadah_hydroxide>)
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.build();
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var caesium_hydroxide = MaterialBuilder(32061, "caesium_hydroxide")
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.dust()
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.flags("disable_decomposition")
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.color(0xbd8340).iconSet("dull")
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.components([<material:caesium> * 1, <material:oxygen> * 1, <material:hydrogen> * 1])
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.build();
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|
|
var neocryolite = MaterialBuilder(32062, "neocryolite")
|
|
.fluid()
|
|
.flags("disable_decomposition")
|
|
.color(0x3fd1aa)
|
|
.components([<material:caesium> * 3, <material:naquadah> * 1, <material:fluorine> * 6])
|
|
.build();
|
|
|
|
var naquadah_oxide_petro_solution = MaterialBuilder(32063, "naquadah_oxide_petro_solution")
|
|
.fluid()
|
|
.flags("disable_decomposition")
|
|
.color(0x595c70)
|
|
.build();
|
|
|
|
var naquadah_oxide_aero_solution = MaterialBuilder(32064, "naquadah_oxide_aero_solution")
|
|
.fluid()
|
|
.flags("disable_decomposition")
|
|
.color(0x6f7059)
|
|
.build();
|
|
|
|
var hot_naquadah_oxide_neocryolite_solution = MaterialBuilder(32065, "hot_naquadah_oxide_neocryolite_solution")
|
|
.fluid()
|
|
.flags("disable_decomposition")
|
|
.color(0x658280)
|
|
.build();
|
|
<material:hot_naquadah_oxide_neocryolite_solution>.setFluidTemperature(4700);
|
|
|
|
var lead_metasilicate = MaterialBuilder(32066, "lead_metasilicate")
|
|
.dust()
|
|
.color(0xF7F7E7).iconSet("dull")
|
|
.components([<material:lead> * 1, <material:silicon> * 1, <material:oxygen> * 3])
|
|
.build();
|
|
|
|
var platinum_metallic = MaterialBuilder(32067, "platinum_metallic")
|
|
.dust()
|
|
.color(0xfffbc5).iconSet("metallic")
|
|
.flags("disable_decomposition")
|
|
.components([<material:platinum> * 1, <material:rare_earth> * 1])
|
|
.build();
|
|
|
|
var palladium_metallic = MaterialBuilder(32068, "palladium_metallic")
|
|
.dust()
|
|
.color(0x808080).iconSet("metallic")
|
|
.flags("disable_decomposition")
|
|
.components([<material:palladium> * 1, <material:rare_earth> * 1])
|
|
.build();
|
|
|
|
var ammonium_hexachloroplatinate = MaterialBuilder(32069, "ammonium_hexachloroplatinate")
|
|
.dust()
|
|
.color(0xfef0c2).iconSet("metallic")
|
|
.flags("disable_decomposition")
|
|
.components([<material:nitrogen> * 2, <material:hydrogen> * 8, <material:platinum> * 1, <material:chlorine> * 6])
|
|
.build();
|
|
<material:ammonium_hexachloroplatinate>.setFormula("(NH4)2PtCl6", true);
|
|
|
|
var chloroplatinic_acid = MaterialBuilder(32070, "chloroplatinic_acid")
|
|
.fluid()
|
|
.color(0xfef0c2)
|
|
.flags("disable_decomposition")
|
|
.components([<material:hydrogen> * 2, <material:platinum> * 1, <material:chlorine> * 6])
|
|
.build();
|
|
|
|
var potassium_bisulfate = MaterialBuilder(32071, "potassium_bisulfate")
|
|
.dust()
|
|
.color(0xfdbd68)
|
|
.components([<material:potassium> * 1, <material:hydrogen> * 1, <material:sulfur> * 1, <material:oxygen> * 4])
|
|
.build();
|
|
|
|
var potassium_pyrosulfate = MaterialBuilder(32072, "potassium_pyrosulfate")
|
|
.dust()
|
|
.color(0xfbbb66)
|
|
.components([<material:potassium> * 2, <material:sulfur> * 2, <material:oxygen> * 7])
|
|
.build();
|
|
|
|
var potassium_sulfate = MaterialBuilder(32073, "potassium_sulfate")
|
|
.dust()
|
|
.color(0xf0b064).iconSet("metallic")
|
|
.components([<material:potassium> * 2, <material:sulfur> * 1, <material:oxygen> * 4])
|
|
.build();
|
|
|
|
var zinc_sulfate = MaterialBuilder(32074, "zinc_sulfate")
|
|
.dust()
|
|
.color(0x846649).iconSet("fine")
|
|
.components([<material:zinc> * 1, <material:sulfur> * 1, <material:oxygen> * 4])
|
|
.build();
|
|
|
|
var sodium_nitrate = MaterialBuilder(32075, "sodium_nitrate")
|
|
.dust()
|
|
.color(0x846684).iconSet("rough")
|
|
.components([<material:sodium> * 1, <material:nitrogen> * 1, <material:oxygen> * 3])
|
|
.build();
|
|
|
|
var rhodium_nitrate = MaterialBuilder(32076, "rhodium_nitrate")
|
|
.dust()
|
|
.color(0x776649).iconSet("fine")
|
|
.flags("disable_decomposition")
|
|
.components([<material:rhodium> * 1, <material:nitrogen> * 3, <material:oxygen> * 9])
|
|
.build();
|
|
<material:rhodium_nitrate>.setFormula("Rh(NO3)3", true);
|
|
|
|
var sodium_ruthenate = MaterialBuilder(32077, "sodium_ruthenate")
|
|
.dust()
|
|
.color(0x3a40cb).iconSet("shiny")
|
|
.flags("disable_decomposition")
|
|
.components([<material:sodium> * 2, <material:ruthenium> * 1, <material:oxygen> * 4])
|
|
.build();
|
|
|
|
var sodium_peroxide = MaterialBuilder(32078, "sodium_peroxide")
|
|
.dust()
|
|
.color(0xecff80).iconSet("rough")
|
|
.components([<material:sodium> * 2, <material:oxygen> * 2])
|
|
.build();
|
|
|
|
var iridium_dioxide_residue = MaterialBuilder(32079, "iridium_dioxide_residue")
|
|
.dust()
|
|
.color(0x17182e).iconSet("rough")
|
|
.flags("disable_decomposition")
|
|
.components([<material:iridium> * 1, <material:oxygen> * 2, <material:rare_earth> * 1])
|
|
.build();
|
|
|
|
var ammonium_hexachloroiridiate = MaterialBuilder(32080, "ammonium_hexachloroiridiate")
|
|
.dust()
|
|
.color(0x644629).iconSet("rough")
|
|
.flags("disable_decomposition")
|
|
.components([<material:nitrogen> * 2, <material:hydrogen> * 8, <material:iridium> * 1, <material:chlorine> * 6])
|
|
.build();
|
|
<material:ammonium_hexachloroiridiate>.setFormula("(NH4)2IrCl6", true);
|
|
|
|
var platinum_group_residue = MaterialBuilder(32081, "platinum_group_residue")
|
|
.dust()
|
|
.color(0x64632e).iconSet("rough")
|
|
.flags("disable_decomposition")
|
|
.components([<material:iridium> * 1, <material:osmium> * 1, <material:rhodium> * 1, <material:ruthenium> * 1, <material:rare_earth> * 1])
|
|
.build();
|
|
|
|
var palladium_rich_ammonia = MaterialBuilder(32082, "palladium_rich_ammonia")
|
|
.fluid()
|
|
.color(0x808080)
|
|
.flags("disable_decomposition")
|
|
.components([<material:ammonia> * 2, <material:palladium> * 1, <material:chlorine> * 1])
|
|
.build();
|
|
|
|
var crude_platinum_residue = MaterialBuilder(32083, "crude_platinum_residue")
|
|
.dust()
|
|
.color(0xfffbc5).iconSet("dull")
|
|
.flags("disable_decomposition")
|
|
.components([<material:platinum_raw> * 1])
|
|
.build();
|
|
|
|
var crude_palladium_residue = MaterialBuilder(32084, "crude_palladium_residue")
|
|
.dust()
|
|
.color(0x909090).iconSet("dull")
|
|
.flags("disable_decomposition")
|
|
.components([<material:palladium_raw> * 1])
|
|
.build();
|
|
|
|
var iridium_group_sludge = MaterialBuilder(32085, "iridium_group_sludge")
|
|
.dust()
|
|
.color(0x644629).iconSet("dull")
|
|
.flags("disable_decomposition")
|
|
.components([<material:iridium> * 1, <material:osmium> * 1, <material:ruthenium> * 1, <material:rare_earth> * 1])
|
|
.build();
|
|
|
|
var rhodium_sulfate_solution = MaterialBuilder(32086, "rhodium_sulfate_solution")
|
|
.fluid()
|
|
.color(0xffbb66)
|
|
.flags("disable_decomposition")
|
|
.components([<material:rhodium_sulfate> * 1, <material:water> * 1])
|
|
.build();
|
|
|
|
var crude_rhodium_residue = MaterialBuilder(32087, "crude_rhodium_residue")
|
|
.dust()
|
|
.color(0x666666).iconSet("dull")
|
|
.flags("disable_decomposition")
|
|
.components([<material:rhodium> * 2, <material:water> * 1])
|
|
.build();
|
|
|
|
var rhodium_salt = MaterialBuilder(32088, "rhodium_salt")
|
|
.dust()
|
|
.color(0x848484).iconSet("shiny")
|
|
.flags("disable_decomposition")
|
|
.components([<material:salt> * 2, <material:rhodium> * 2, <material:chlorine> * 6])
|
|
.build();
|
|
<material:rhodium_salt>.setFormula("(NaCl)2(RhCl3)2", true);
|
|
|
|
var acidic_iridium_dioxide_solution = MaterialBuilder(32089, "acidic_iridium_dioxide_solution")
|
|
.fluid()
|
|
.color(0x27284e)
|
|
.flags("disable_decomposition")
|
|
.components([<material:iridium_dioxide_residue> * 1, <material:hydrochloric_acid> * 4])
|
|
.build();
|
|
|
|
var platinum_palladium_leachate = MaterialBuilder(32090, "platinum_palladium_leachate")
|
|
.fluid()
|
|
.color(0xffffc5)
|
|
.flags("disable_decomposition")
|
|
.components([<material:platinum> * 1, <material:palladium> * 1, <material:aqua_regia> * 1])
|
|
.build();
|
|
|
|
var methyl_formate = MaterialBuilder(32091, "methyl_formate")
|
|
.fluid()
|
|
.color(0xffaaaa)
|
|
.flags("disable_decomposition")
|
|
.components([<material:carbon> * 2, <material:hydrogen> * 4, <material:oxygen> * 2])
|
|
.build();
|
|
<material:methyl_formate>.setFormula("HCOOCH3", true);
|
|
|
|
var formic_acid = MaterialBuilder(32092, "formic_acid")
|
|
.fluid()
|
|
.color(0xffffc5)
|
|
.flags("disable_decomposition")
|
|
.components([<material:carbon> * 1, <material:hydrogen> * 2, <material:oxygen> * 2])
|
|
.build();
|
|
<material:formic_acid>.setFormula("HCOOH", true);
|
|
|
|
var sodium_methoxide = MaterialBuilder(32093, "sodium_methoxide")
|
|
.dust()
|
|
.color(0xd0d0f0).iconSet("dull")
|
|
.flags("disable_decomposition")
|
|
.components([<material:carbon> * 1, <material:hydrogen> * 3, <material:oxygen> * 1, <material:sodium> * 1])
|
|
.build();
|
|
|
|
var hexafluorosilicic_acid = MaterialBuilder(32094, "hexafluorosilicic_acid")
|
|
.fluid()
|
|
.color(0xd00010)
|
|
.components([<material:hydrogen> * 2, <material:silicon> * 1, <material:fluorine> * 6])
|
|
.build();
|
|
|
|
var dirty_hexafluorosilicic_acid = MaterialBuilder(32095, "dirty_hexafluorosilicic_acid")
|
|
.fluid()
|
|
.color(0xe00030)
|
|
.flags("disable_decomposition")
|
|
.components([<material:hydrogen> * 2, <material:silicon> * 1, <material:fluorine> * 6, <material:rare_earth> * 1])
|
|
.build();
|
|
|
|
var stone_residue = MaterialBuilder(32096, "stone_residue")
|
|
.dust()
|
|
.color(0x4d4d4d).iconSet("rough")
|
|
.flags("disable_decomposition")
|
|
.build();
|
|
|
|
var uncommon_residue = MaterialBuilder(32097, "uncommon_residue")
|
|
.dust()
|
|
.color(0x4d4ded).iconSet("fine")
|
|
.flags("disable_decomposition")
|
|
.build();
|
|
|
|
var oxidised_residue = MaterialBuilder(32098, "oxidised_residue")
|
|
.dust()
|
|
.color(0xad4d4d).iconSet("fine")
|
|
.flags("disable_decomposition")
|
|
.build();
|
|
|
|
var refined_residue = MaterialBuilder(32099, "refined_residue")
|
|
.dust()
|
|
.color(0x2a8a21).iconSet("shiny")
|
|
.flags("disable_decomposition")
|
|
.build();
|
|
|
|
var clean_inert_residue = MaterialBuilder(32100, "clean_inert_residue")
|
|
.dust()
|
|
.color(0x3bbd2f).iconSet("shiny")
|
|
.flags("disable_decomposition")
|
|
.build();
|
|
|
|
var ultraacidic_residue = MaterialBuilder(32101, "ultraacidic_residue")
|
|
.fluid()
|
|
.color(0xb0babf)
|
|
.flags("disable_decomposition")
|
|
.build();
|
|
|
|
var xenic_acid = MaterialBuilder(32102, "xenic_acid")
|
|
.fluid()
|
|
.color(0xa567db)
|
|
.components([<material:xenon> * 1, <material:water> * 1, <material:oxygen> * 5, <material:hydrogen_peroxide> * 1])
|
|
.build();
|
|
<material:xenic_acid>.setFormula("H2XeO4", true);
|
|
|
|
var dusty_helium = MaterialBuilder(32103, "dusty_helium")
|
|
.fluid("gas")
|
|
.color(0xa040af)
|
|
.flags("disable_decomposition")
|
|
.components([<material:helium_3> * 1, <material:rare_earth> * 1])
|
|
.build();
|
|
|
|
var taranium_enriched_helium = MaterialBuilder(32104, "taranium_enriched_helium")
|
|
.fluid("gas").plasma()
|
|
.color(0x10c050)
|
|
.flags("disable_decomposition")
|
|
.build();
|
|
|
|
var taranium_depleted_helium = MaterialBuilder(32105, "taranium_depleted_helium")
|
|
.fluid("gas")
|
|
.color(0x006010)
|
|
.flags("disable_decomposition")
|
|
.build();
|
|
|
|
var tritium_hydride = MaterialBuilder(32106, "tritium_hydride")
|
|
.fluid("gas")
|
|
.color(0xd01010)
|
|
.flags("disable_decomposition")
|
|
.components([<material:tritium> * 1, <material:hydrogen> * 1])
|
|
.build();
|
|
|
|
var helium_hydride = MaterialBuilder(32107, "helium_hydride")
|
|
.fluid("gas")
|
|
.color(0xe6d62e)
|
|
.flags("disable_decomposition")
|
|
.components([<material:helium_3> * 1, <material:hydrogen> * 1])
|
|
.build();
|
|
|
|
var dioxygen_difluoride = MaterialBuilder(32108, "dioxygen_difluoride")
|
|
.fluid()
|
|
.colorAverage()
|
|
.components([<material:oxygen> * 2, <material:fluorine> * 2])
|
|
.build();
|
|
<material:dioxygen_difluoride>.setFluidTemperature(80);
|
|
|
|
var taranium = MaterialBuilder(32109, "taranium")
|
|
.element("Taranium")
|
|
.ingot().fluid()
|
|
.color(0xff00ff).iconSet("bright")
|
|
.flags("generate_plate", "generate_dense")
|
|
.blastTemp(10800)
|
|
.build();
|
|
<material:taranium>.setFormula("Tn");
|
|
|
|
var darmstadtite = MaterialBuilder(32110, "darmstadtite")
|
|
.dust().ore(2)
|
|
.colorAverage().iconSet("dull")
|
|
.components([<material:darmstadtium> * 2, <material:sulfur> * 3])
|
|
.addOreByproducts([<material:rare_earth>, <material:rhodium_sulfate>, <material:darmstadtium>])
|
|
.build();
|
|
|
|
var dulysite = MaterialBuilder(32111, "dulysite")
|
|
.gem().ore(2)
|
|
.colorAverage().iconSet("ruby")
|
|
.components([<material:duranium> * 1, <material:chlorine> * 3])
|
|
.addOreByproducts([<material:sphalerite>, <material:duranium>, <material:europium>])
|
|
.build();
|
|
|
|
var butanol = MaterialBuilder(32112, "butanol")
|
|
.fluid()
|
|
.color(0xc7af2e)
|
|
.components([<material:carbon> * 4, <material:hydrogen> * 10, <material:oxygen> * 1])
|
|
.build();
|
|
<material:butanol>.setFormula("C4H9OH", true);
|
|
|
|
var phosphorus_trichloride = MaterialBuilder(32113, "phosphorus_trichloride")
|
|
.fluid()
|
|
.color(0xe8c474)
|
|
.components([<material:phosphorus> * 1, <material:chlorine> * 3])
|
|
.build();
|
|
|
|
var phosphoryl_chloride = MaterialBuilder(32114, "phosphoryl_chloride")
|
|
.fluid()
|
|
.color(0xe8bb5b)
|
|
.components([<material:phosphorus> * 1, <material:oxygen> * 1, <material:chlorine> * 3])
|
|
.build();
|
|
|
|
var tributyl_phosphate = MaterialBuilder(32115, "tributyl_phosphate")
|
|
.fluid()
|
|
.color(0xe8c4a0)
|
|
.components([<material:carbon> * 12, <material:hydrogen> * 27, <material:oxygen> * 4, <material:phosphorus> * 1])
|
|
.build();
|
|
<material:tributyl_phosphate>.setFormula("(C4H9O)3PO", true);
|
|
|
|
<material:rhodium_sulfate>.addDust();
|
|
|
|
<material:lutetium>.addIngot();
|
|
<material:neptunium>.addIngot();
|
|
<material:curium>.addIngot();
|
|
<material:berkelium>.addIngot();
|
|
<material:californium>.addIngot();
|
|
<material:einsteinium>.addIngot();
|
|
<material:graphite>.addIngot();
|
|
|
|
<material:neptunium>.addFluid();
|
|
<material:curium>.addFluid();
|
|
<material:berkelium>.addFluid();
|
|
<material:californium>.addFluid();
|
|
<material:einsteinium>.addFluid();
|
|
<material:nether_star>.addFluid();
|
|
|
|
<material:topaz>.addFlags(["generate_lens"]);
|
|
<material:blue_topaz>.addFlags(["generate_lens"]);
|
|
<material:ender_pearl>.addFlags(["generate_lens"]);
|
|
<material:electrum>.addFlags(["generate_gear"]);
|
|
<material:neutronium>.addFlags(["generate_round"]);
|
|
<material:titanium>.addFlags(["generate_foil", "generate_fine_wire"]);
|
|
<material:stainless_steel>.addFlags(["generate_foil", "generate_fine_wire"]);
|
|
<material:naquadah_enriched>.addFlags(["generate_bolt_screw"]);
|
|
<material:naquadria>.addFlags(["generate_bolt_screw"]);
|
|
<material:redstone>.addFlags(["generate_dense"]);
|
|
<material:trinium>.addFlags(["generate_dense"]);
|
|
<material:iridium>.addFlags(["generate_dense"]);
|
|
<material:lapis>.addFlags(["generate_dense"]);
|
|
<material:graphene>.addFlags(["generate_foil"]);
|
|
<material:berkelium>.addFlags(["generate_frame"]);
|
|
<material:blue_steel>.addFlags(["generate_frame"]);
|
|
<material:ultimet>.addFlags(["generate_frame"]);
|
|
// Prevent TE Gears from showing up
|
|
<material:tin>.addFlags(["generate_gear"]);
|
|
<material:copper>.addFlags(["generate_gear"]);
|
|
<material:gold>.addFlags(["generate_gear"]);
|
|
<material:lead>.addFlags(["generate_gear"]);
|
|
<material:nickel>.addFlags(["generate_gear"]);
|
|
<material:platinum>.addFlags(["generate_gear"]);
|
|
<material:silver>.addFlags(["generate_gear"]);
|
|
<material:emerald>.addFlags(["generate_gear"]);
|
|
|
|
<material:rhodium_sulfate>.setIconSet("rough");
|
|
|
|
<material:black_steel>.setFormula("(AuAgCu3)2Fe3?4", true);
|
|
<material:rhodium_plated_palladium>.setFormula("((SnFe)4(CuAg4)2)2Pd3Rh", true);
|