819 lines
35 KiB
Plaintext
819 lines
35 KiB
Plaintext
#packmode expert
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// Tungsten
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// Tungsten Dust * 1
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<recipemap:electrolyzer>.findRecipe(960, [<metaitem:dustTungsticAcid> * 7], null).remove();
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extractor.recipeBuilder()
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.inputs(<metaitem:dustTungsticAcid> * 7)
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.outputs(<metaitem:dustTungstenTrioxide> * 4)
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.fluidOutputs(<liquid:water> * 1000)
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.duration(160).EUt(16).buildAndRegister();
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blast_furnace.recipeBuilder()
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.inputs(<metaitem:dustTungstenTrioxide> * 8, <metaitem:dustCarbon> * 3)
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.outputs(<metaitem:ingotHotTungsten> * 2)
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.fluidOutputs(<liquid:carbon_dioxide> * 3000)
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.property("temperature", 3600)
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.duration(2400).EUt(1920).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustTungstenTrioxide> * 4)
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.fluidInputs(<liquid:hydrogen> * 6000)
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.outputs(<metaitem:dustTungsten>)
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.fluidOutputs(<liquid:water> * 3000)
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.duration(210).EUt(960).buildAndRegister();
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// Phthalic Anhydride
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// Phthalic Acid * 2500
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<recipemap:large_chemical_reactor>.findRecipe(30, [<metaitem:dustTinyPotassium>], [<liquid:naphthalene> * 2000, <liquid:sulfuric_acid> * 1000]).remove();
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// Phthalic Acid * 22500
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<recipemap:large_chemical_reactor>.findRecipe(30, [<metaitem:dustPotassium>], [<liquid:naphthalene> * 18000, <liquid:sulfuric_acid> * 9000]).remove();
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chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:naphthalene> * 1000, <liquid:oxygen> * 5000)
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.inputs(<metaitem:dustTinyVanadiumPentoxide>)
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.outputs(<metaitem:dustPhthalicAnhydride> * 15)
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.fluidOutputs(<liquid:carbon_dioxide> * 1000)
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.duration(125).EUt(30).buildAndRegister();
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large_chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:naphthalene> * 9000, <liquid:oxygen> * 45000)
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.inputs(<metaitem:dustVanadiumPentoxide>)
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.outputs(<metaitem:dustPhthalicAnhydride> * 64, <metaitem:dustPhthalicAnhydride> * 64, <metaitem:dustPhthalicAnhydride> * 7)
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.fluidOutputs(<liquid:carbon_dioxide> * 9000)
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.duration(1125).EUt(30).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustPhthalicAnhydride> * 15)
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.fluidInputs(<liquid:water> * 1000)
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.fluidOutputs(<liquid:phthalic_acid> * 1000)
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.duration(100).EUt(30).buildAndRegister();
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distillery.recipeBuilder()
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.fluidInputs(<liquid:phthalic_acid> * 1000)
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.circuit(1)
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.outputs(<metaitem:dustPhthalicAnhydride> * 15)
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.fluidOutputs(<liquid:water> * 1000)
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.duration(100).EUt(30).buildAndRegister();
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large_chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:tetrafluoroethylene> * 2160, <liquid:oxygen> * 7500)
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.inputs(<metaitem:dustPhthalicAnhydride>)
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.circuit(7)
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.fluidOutputs(<liquid:polytetrafluoroethylene> * 4320)
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.duration(800).EUt(30).buildAndRegister();
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large_chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:vinyl_chloride> * 2160, <liquid:oxygen> * 7500)
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.inputs(<metaitem:dustPhthalicAnhydride>)
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.circuit(7)
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.fluidOutputs(<liquid:polyvinyl_chloride> * 4320)
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.duration(800).EUt(30).buildAndRegister();
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large_chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:ethylene> * 2160, <liquid:oxygen> * 7500)
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.inputs(<metaitem:dustPhthalicAnhydride>)
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.circuit(7)
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.fluidOutputs(<liquid:plastic> * 4320)
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.duration(800).EUt(30).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:vinyl_acetate> * 2160, <liquid:oxygen> * 7500)
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.inputs(<metaitem:dustPhthalicAnhydride>)
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.circuit(7)
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.fluidOutputs(<liquid:polyvinyl_acetate> * 4320)
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.duration(800).EUt(30).buildAndRegister();
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// Recipe conflict
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// Styrene * 1000
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<recipemap:chemical_reactor>.findRecipe(30, null, [<liquid:ethylbenzene> * 1000]).remove();
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chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:ethylbenzene> * 1000)
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.circuit(1)
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.fluidOutputs(<liquid:styrene> * 1000, <liquid:hydrogen> * 2000)
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.duration(30).EUt(30).buildAndRegister();
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// Hydrazine Rocket Fuel
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chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:hydrazine> * 1000, <liquid:dimethylhydrazine> * 1000, <liquid:dinitrogen_tetroxide> * 2000)
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.fluidOutputs(<liquid:rocket_fuel> * 18000)
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.duration(60).EUt(16).buildAndRegister();
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// Beryllium Oxide
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chemical_reactor.recipeBuilder()
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.inputs(<ore:dustBeryllium>)
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.fluidInputs(<liquid:oxygen> * 1000)
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.outputs(<metaitem:ingotBerylliumOxide>)
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.duration(640).EUt(30).buildAndRegister();
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// Graphene
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// Graphene Dust * 1
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<recipemap:mixer>.findRecipe(480, [<metaitem:dustGraphite>, <metaitem:dustSilicon>, <metaitem:dustCarbon> * 4, <metaitem:circuit.integrated>.withTag({Configuration: 1})], null).remove();
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assembler.recipeBuilder()
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.inputs(<metaitem:ringBerylliumOxide> * 64, <metaitem:ringBerylliumOxide> * 64, <metaitem:plateHslaSteel> * 6, <metaitem:circuit.vacuum_tube>)
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.outputs(<contenttweaker:magnetron>)
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.duration(600).EUt(61440).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustGraphite>)
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.notConsumable(<contenttweaker:magnetron>)
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.fluidInputs(<liquid:nitration_mixture> * 2000)
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.outputs(<metaitem:dustGraphene>)
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.fluidOutputs(<liquid:diluted_sulfuric_acid> * 1000, <liquid:nitric_acid> * 1000)
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.duration(100).EUt(480).buildAndRegister();
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// Hydrogen Peroxide
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chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustPhthalicAnhydride> * 15)
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.fluidInputs(<liquid:ethylbenzene> * 1000)
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.outputs(<metaitem:dustEthylanthraquinone> * 30)
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.fluidOutputs(<liquid:water> * 1000)
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.duration(1000).EUt(1920).buildAndRegister();
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large_chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:hydrogen> * 6000, <liquid:oxygen> * 6000)
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.notConsumable(<metaitem:dustPalladium>, <metaitem:dustEthylanthraquinone>)
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.fluidOutputs(<liquid:hydrogen_peroxide> * 3000)
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.duration(330).EUt(180).buildAndRegister();
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// Hydrazine
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large_chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:hydrogen_peroxide> * 1000, <liquid:ammonia> * 2000, <liquid:acetone> * 2000)
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.circuit(5)
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.fluidOutputs(<liquid:acetone_azine> * 1000, <liquid:water> * 4000)
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.duration(40).EUt(480).buildAndRegister();
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large_chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:acetone_azine> * 1000, <liquid:water> * 2000, <liquid:sulfuric_acid> * 1000)
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.circuit(5)
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.fluidOutputs(<liquid:hydrazine> * 1000, <liquid:acetone> * 2000, <liquid:diluted_sulfuric_acid> * 1000)
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.duration(40).EUt(480).buildAndRegister();
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// Graphene
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mixer.recipeBuilder()
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.inputs(<metaitem:dustCarbon> * 5, <metaitem:dustSilicon>)
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.fluidInputs(<liquid:oxygen> * 1000)
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.outputs(<metaitem:dustGrapheneOxide>)
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.duration(100).EUt(480).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustGrapheneOxide>)
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.fluidInputs(<liquid:hydrazine> * 100, <liquid:argon> * 50)
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.outputs(<metaitem:dustGraphene>)
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.duration(100).EUt(480).buildAndRegister();
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// Niobium/Tantalum
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// Calcium Dust * 2
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<recipemap:electrolyzer>.findRecipe(60, [<metaitem:dustPyrochlore> * 11], null).remove();
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// Manganese Dust * 1
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<recipemap:electrolyzer>.findRecipe(60, [<metaitem:dustTantalite> * 9], null).remove();
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chemical_bath.recipeBuilder()
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.inputs(<metaitem:dustPyrochlore> * 11)
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.fluidInputs(<liquid:hydrofluoric_acid> * 2000)
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.outputs(<metaitem:dustNiobiumPentoxide> * 7, <metaitem:dustTantalumPentoxide>, <metaitem:dustFluorite> * 6)
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.fluidOutputs(<liquid:water> * 2000)
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.duration(200).EUt(480).buildAndRegister();
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chemical_bath.recipeBuilder()
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.inputs(<metaitem:dustTantalite> * 9)
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.fluidInputs(<liquid:hydrofluoric_acid> * 2000)
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.outputs(<metaitem:dustTantalumPentoxide> * 7, <metaitem:dustNiobiumPentoxide>, <metaitem:dustManganeseDifluoride> * 6)
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.fluidOutputs(<liquid:water> * 1000)
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.duration(200).EUt(480).buildAndRegister();
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// Molybdenum
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furnace.remove(<metaitem:ingotMolybdenum>);
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furnace.addRecipe(<metaitem:ingotMolybdenum>, <metaitem:dustMolybdenum>);
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// Molybdenum Dust * 1
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<recipemap:electrolyzer>.findRecipe(30, [<metaitem:dustMolybdenite> * 3], null).remove();
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// Calcium Dust * 1
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<recipemap:electrolyzer>.findRecipe(60, [<metaitem:dustPowellite> * 6], null).remove();
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// Lead Dust * 1
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<recipemap:electrolyzer>.findRecipe(60, [<metaitem:dustWulfenite> * 6], null).remove();
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chemical_bath.recipeBuilder()
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.inputs(<metaitem:dustPowellite> * 6)
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.fluidInputs(<liquid:hydrochloric_acid> * 2000)
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.outputs(<metaitem:dustMolybdenumTrioxide> * 4, <metaitem:dustCalciumChloride> * 3)
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.fluidOutputs(<liquid:water> * 1000)
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.duration(200).EUt(480).buildAndRegister();
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chemical_bath.recipeBuilder()
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.inputs(<metaitem:dustWulfenite> * 6)
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.fluidInputs(<liquid:hydrochloric_acid> * 2000)
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.outputs(<metaitem:dustMolybdenumTrioxide> * 4, <metaitem:dustLeadChloride> * 3)
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.fluidOutputs(<liquid:water> * 1000)
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.duration(200).EUt(480).buildAndRegister();
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arc_furnace.recipeBuilder()
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.inputs(<metaitem:dustMolybdenite> * 3)
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.fluidInputs(<liquid:oxygen> * 7000)
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.outputs(<metaitem:dustMolybdenumTrioxide> * 4)
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.fluidOutputs(<liquid:sulfur_dioxide> * 2000)
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.duration(800).EUt(30).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustMolybdenumTrioxide> * 4)
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.fluidInputs(<liquid:hydrogen> * 6000)
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.outputs(<metaitem:dustMolybdenum>)
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.fluidOutputs(<liquid:water> * 3000)
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.duration(200).EUt(480).buildAndRegister();
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// Phosphorus
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/* Old Expert Phosphorous (removed in 1.5.2)
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// Calcium Dust * 5
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<recipemap:electrolyzer>.findRecipe(60, [<metaitem:dustApatite> * 9], null).remove();
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// Calcium Dust * 3
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<recipemap:centrifuge>.findRecipe(30, [<metaitem:dustTricalciumPhosphate> * 5], null).remove();
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blast_furnace.recipeBuilder()
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.inputs(<metaitem:dustApatite> * 6, <minecraft:sand> * 9, <metaitem:gemCoke> * 5)
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.outputs(<metaitem:dustPhosphorus> * 2, <metaitem:dustWollastonite> * 15, <metaitem:dustCalciumChloride>)
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.fluidOutputs(<liquid:carbon_monoxide> * 8000)
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.property("temperature", 1650)
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.duration(200).EUt(120).buildAndRegister();
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blast_furnace.recipeBuilder()
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.inputs(<metaitem:dustTricalciumPhosphate> * 5, <minecraft:sand> * 9, <metaitem:gemCoke> * 5)
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.outputs(<metaitem:dustPhosphorus> * 2, <metaitem:dustWollastonite> * 15)
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.fluidOutputs(<liquid:carbon_monoxide> * 5000)
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.property("temperature", 1650)
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.duration(200).EUt(120).buildAndRegister();
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blast_furnace.recipeBuilder()
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.inputs(<metaitem:dustPyromorphite> * 6, <minecraft:sand> * 9, <metaitem:gemCoke> * 5)
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.outputs(<metaitem:dustPhosphorus> * 2, <metaitem:dustLeadMetasilicate> * 15, <metaitem:dustCalciumChloride>)
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.fluidOutputs(<liquid:carbon_monoxide> * 8000)
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.property("temperature", 1650)
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.duration(200).EUt(120).buildAndRegister();
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*/
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// Add recipe from pyromorphite to phosphate, similar to apatite recipe
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electrolyzer.recipeBuilder()
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.inputs(<metaitem:dustPyromorphite> * 9)
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.outputs(<metaitem:dustLead> * 5, <metaitem:dustPhosphate> * 3)
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.fluidOutputs(<liquid:chlorine> * 1000)
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.duration(288).EUt(60).buildAndRegister();
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// Vanadium
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//// Magnetite Dust * 1
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//<recipemap:centrifuge>.findRecipe(30, [<metaitem:dustVanadiumMagnetite> * 2], null).remove();
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chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:ammonia> * 1000, <liquid:hydrochloric_acid> * 1000)
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.circuit(5)
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.outputs(<metaitem:dustAmmoniumChloride> * 2)
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.duration(120).EUt(7).buildAndRegister();
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//blast_furnace.recipeBuilder()
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// .inputs(<metaitem:dustVanadiumMagnetite> * 6, <metaitem:dustSalt> * 6)
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// .fluidInputs(<liquid:oxygen> * 8000)
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// .outputs(<metaitem:dustSodiumMetavanadate> * 15)
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// .fluidOutputs(<liquid:iron_iii_chloride> * 1000)
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// .property("temperature", 1150)
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// .duration(450).EUt(120).buildAndRegister();
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//
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//chemical_reactor.recipeBuilder()
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// .inputs(<metaitem:dustSodiumMetavanadate> * 5, <metaitem:dustAmmoniumChloride> * 2)
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// .outputs(<metaitem:dustAmmoniumMetavanadate> * 9, <metaitem:dustSalt> * 2)
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// .duration(150).EUt(30).buildAndRegister();
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//
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//chemical_reactor.recipeBuilder()
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// .inputs(<metaitem:dustAmmoniumMetavanadate> * 18)
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// .circuit(1)
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// .outputs(<metaitem:dustVanadiumPentoxide> * 7)
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// .fluidOutputs(<liquid:ammonia> * 2000, <liquid:water> * 1000)
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// .duration(300).EUt(30).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustVanadium> * 2)
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.fluidInputs(<liquid:oxygen> * 5000)
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.outputs(<metaitem:dustVanadiumPentoxide> * 7)
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.duration(600).EUt(7).buildAndRegister();
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// H2SO4 require V2O5
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// Sulfur Trioxide * 1000
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<recipemap:chemical_reactor>.findRecipe(7, null, [<liquid:sulfur_dioxide> * 1000, <liquid:oxygen> * 1000]).remove();
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<recipemap:large_chemical_reactor>.findRecipe(7, null, [<liquid:sulfur_dioxide> * 1000, <liquid:oxygen> * 1000]).remove();
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chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:sulfur_dioxide> * 1000, <liquid:oxygen> * 1000)
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.notConsumable(<metaitem:dustVanadiumPentoxide>)
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.fluidOutputs(<liquid:sulfur_trioxide> * 1000)
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.duration(200).EUt(7).buildAndRegister();
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// Sulfuric Acid * 1000
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<recipemap:large_chemical_reactor>.findRecipe(480, [<metaitem:dustSulfur>, <metaitem:circuit.integrated>.withTag({Configuration: 24})], [<liquid:water> * 4000]).remove();
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large_chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustSulfur>)
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.notConsumable(<metaitem:dustVanadiumPentoxide>)
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.fluidInputs(<liquid:water> * 4000)
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.circuit(24)
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.fluidOutputs(<liquid:sulfuric_acid> * 1000)
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.duration(320).EUt(480).buildAndRegister();
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// Fluoroantimonic Acid
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// Fluoroantimonic Acid * 1000
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<recipemap:chemical_reactor>.findRecipe(480, [<metaitem:dustAntimonyTrifluoride> * 4], [<liquid:hydrofluoric_acid> * 4000]).remove();
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// Fluoroantimonic Acid * 1000
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<recipemap:large_chemical_reactor>.findRecipe(480, [<metaitem:dustAntimonyTrifluoride> * 4], [<liquid:hydrofluoric_acid> * 4000]).remove();
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chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustAntimonyTrifluoride> * 4)
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.fluidInputs(<liquid:fluorine> * 2000)
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.notConsumable(<thermalfoundation:material:1026>)
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.fluidOutputs(<liquid:antimony_pentafluoride> * 1000)
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.duration(150).EUt(480).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:antimony_pentafluoride> * 1000, <liquid:hydrofluoric_acid> * 2000)
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.notConsumable(<thermalfoundation:material:1027>)
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.fluidOutputs(<liquid:fluoroantimonic_acid> * 1000)
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.duration(150).EUt(480).buildAndRegister();
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// Neocryolite
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chemical_reactor.recipeBuilder()
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.inputs(<ore:dustNaquadah>, <metaitem:dustSodiumHydroxide> * 9)
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.outputs(<metaitem:dustNaquadahHydroxide> * 7, <metaitem:dustSodium> * 3)
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.duration(480).EUt(480).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.inputs(<ore:dustCaesium>)
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.fluidInputs(<liquid:water> * 1000)
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.outputs(<metaitem:dustCaesiumHydroxide> * 3)
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.duration(5).EUt(7).buildAndRegister();
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large_chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustCaesiumHydroxide> * 9, <metaitem:dustNaquadahHydroxide> * 3, <metaitem:dustSignalum>)
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.fluidInputs(<liquid:hydrofluoric_acid> * 6000)
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.fluidOutputs(<liquid:neocryolite> * 1000, <liquid:water> * 6000)
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.duration(250).EUt(7680).buildAndRegister();
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// Naquadah
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large_chemical_reactor.recipeBuilder()
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.inputs(<metaitem:dustSnowchestite> * 4)
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.fluidInputs(<liquid:petrotheum> * 3000)
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.fluidOutputs(<liquid:naquadah_oxide_petro_solution> * 3000)
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.outputs(<metaitem:dustPyromorphite>)
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.duration(100).EUt(3840).buildAndRegister();
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chemical_reactor.recipeBuilder()
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.fluidInputs(<liquid:naquadah_oxide_petro_solution> * 1000)
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.inputs(<ore:dustAerotheum> * 4)
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.outputs(<ore:dustBasalz>.firstItem * 8)
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.fluidOutputs(<liquid:naquadah_oxide_aero_solution> * 1000)
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.duration(300).EUt(240).buildAndRegister();
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distillery.recipeBuilder()
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.fluidInputs(<liquid:naquadah_oxide_aero_solution> * 1000)
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.circuit(1)
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.outputs(<metaitem:dustNaquadahOxide> * 5)
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.fluidOutputs(<liquid:aerotheum> * 1000)
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.duration(300).EUt(240).buildAndRegister();
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blast_furnace.recipeBuilder()
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.inputs(<metaitem:dustNaquadahOxide> * 5)
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.fluidInputs(<liquid:neocryolite> * 4000)
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.fluidOutputs(<liquid:hot_naquadah_oxide_neocryolite_solution> * 4000)
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.property("temperature", 4700)
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.duration(400).EUt(1920).buildAndRegister();
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electrolyzer.recipeBuilder()
|
|
.fluidInputs(<liquid:hot_naquadah_oxide_neocryolite_solution> * 4000)
|
|
.notConsumable(<metaitem:stickRuthenium> * 2)
|
|
.outputs(<metaitem:dustNaquadah> * 2)
|
|
.fluidOutputs(<liquid:neocryolite> * 3750, <liquid:oxygen> * 3000)
|
|
.duration(750).EUt(7680).buildAndRegister();
|
|
|
|
chemical_bath.recipeBuilder()
|
|
.fluidInputs(<liquid:aerotheum> * 250)
|
|
.notConsumable(<nuclearcraft:block_ice>)
|
|
.outputs(<ore:dustAerotheum>.firstItem)
|
|
.duration(100).EUt(7).buildAndRegister();
|
|
|
|
// Platinum Group
|
|
// Raw Platinum Powder * 3
|
|
<recipemap:centrifuge>.findRecipe(480, [<metaitem:dustPlatinumGroupSludge> * 6], [<liquid:aqua_regia> * 1200]).remove();
|
|
// Platinum Dust * 1
|
|
<recipemap:electrolyzer>.findRecipe(120, [<metaitem:dustPlatinumRaw> * 3], null).remove();
|
|
// Palladium Dust * 1
|
|
<recipemap:chemical_reactor>.findRecipe(120, [<metaitem:dustPalladiumRaw> * 5], [<liquid:hydrochloric_acid> * 1000]).remove();
|
|
<recipemap:large_chemical_reactor>.findRecipe(120, [<metaitem:dustPalladiumRaw> * 5], [<liquid:hydrochloric_acid> * 1000]).remove();
|
|
// Ruthenium Tetroxide Dust * 5
|
|
<recipemap:chemical_reactor>.findRecipe(1920, [<metaitem:dustInertMetalMixture> * 6], [<liquid:sulfuric_acid> * 1500]).remove();
|
|
<recipemap:large_chemical_reactor>.findRecipe(1920, [<metaitem:dustInertMetalMixture> * 6], [<liquid:sulfuric_acid> * 1500]).remove();
|
|
// Ruthenium Dust * 1
|
|
<recipemap:chemical_reactor>.findRecipe(120, [<metaitem:dustRutheniumTetroxide> * 5, <metaitem:dustCarbon> * 2], null).remove();
|
|
<recipemap:large_chemical_reactor>.findRecipe(120, [<metaitem:dustRutheniumTetroxide> * 5, <metaitem:dustCarbon> * 2], null).remove();
|
|
// Rhodium Dust * 2
|
|
<recipemap:electrolyzer>.findRecipe(120, null, [<liquid:rhodium_sulfate> * 1000]).remove();
|
|
// Iridium Metal Residue * 5
|
|
<recipemap:large_chemical_reactor>.findRecipe(7680, [<metaitem:dustRarestMetalMixture> * 7], [<liquid:hydrochloric_acid> * 4000]).remove();
|
|
// Iridium Chloride Dust * 4
|
|
<recipemap:centrifuge>.findRecipe(120, [<metaitem:dustIridiumMetalResidue> * 5], null).remove();
|
|
// Iridium Dust * 1
|
|
<recipemap:chemical_reactor>.findRecipe(30, [<metaitem:dustIridiumChloride> * 4], [<liquid:hydrogen> * 3000]).remove();
|
|
<recipemap:large_chemical_reactor>.findRecipe(30, [<metaitem:dustIridiumChloride> * 4], [<liquid:hydrogen> * 3000]).remove();
|
|
// Osmium Tetroxide Dust * 5
|
|
<recipemap:distillation_tower>.findRecipe(120, null, [<liquid:acidic_osmium_solution> * 2000]).remove();
|
|
// Osmium Tetroxide Dust * 1
|
|
<recipemap:distillery>.findRecipe(30, [<metaitem:circuit.integrated>.withTag({Configuration: 2})], [<liquid:acidic_osmium_solution> * 400]).remove();
|
|
// Osmium Tetroxide Dust * 1
|
|
<recipemap:distillery>.findRecipe(30, [<metaitem:circuit.integrated>.withTag({Configuration: 1})], [<liquid:acidic_osmium_solution> * 400]).remove();
|
|
// Osmium Dust * 1
|
|
<recipemap:chemical_reactor>.findRecipe(30, [<metaitem:dustOsmiumTetroxide> * 5], [<liquid:hydrogen> * 8000]).remove();
|
|
<recipemap:large_chemical_reactor>.findRecipe(30, [<metaitem:dustOsmiumTetroxide> * 5], [<liquid:hydrogen> * 8000]).remove();
|
|
|
|
// Formic Acid
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<ore:dustSodium>)
|
|
.fluidInputs(<liquid:methanol> * 1000)
|
|
.outputs(<metaitem:dustSodiumMethoxide> * 6)
|
|
.fluidOutputs(<liquid:hydrogen> * 1000)
|
|
.duration(10).EUt(30).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.fluidInputs(<liquid:methanol> * 1000, <liquid:carbon_dioxide> * 1000)
|
|
.inputs(<metaitem:dustTinySodiumMethoxide>)
|
|
.fluidOutputs(<liquid:methyl_formate> * 1000)
|
|
.duration(16).EUt(30).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.fluidInputs(<liquid:methyl_formate> * 1000, <liquid:water> * 3000)
|
|
.fluidOutputs(<liquid:formic_acid> * 1000, <liquid:methanol> * 1000)
|
|
.duration(16).EUt(30).buildAndRegister();
|
|
|
|
// Potassium Pyrosulfate
|
|
chemical_bath.recipeBuilder()
|
|
.inputs(<metaitem:dustRockSalt> * 2)
|
|
.fluidInputs(<liquid:sulfuric_acid> * 1000)
|
|
.outputs(<metaitem:dustPotassiumBisulfate> * 7)
|
|
.fluidOutputs(<liquid:hydrochloric_acid> * 1000)
|
|
.duration(60).EUt(30).buildAndRegister();
|
|
|
|
chemical_bath.recipeBuilder()
|
|
.inputs(<metaitem:dustSaltpeter> * 5)
|
|
.fluidInputs(<liquid:sulfuric_acid> * 1000)
|
|
.outputs(<metaitem:dustPotassiumBisulfate> * 7)
|
|
.fluidOutputs(<liquid:nitric_acid> * 1000)
|
|
.duration(60).EUt(30).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustPotassiumBisulfate> * 14)
|
|
.outputs(<metaitem:dustPotassiumPyrosulfate> * 11)
|
|
.fluidOutputs(<liquid:water> * 1000)
|
|
.duration(30).EUt(64).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustPotassiumSulfate> * 7)
|
|
.fluidInputs(<liquid:sulfur_trioxide> * 1000)
|
|
.outputs(<metaitem:dustPotassiumPyrosulfate> * 11)
|
|
.duration(30).EUt(64).buildAndRegister();
|
|
|
|
// Sodium Peroxide
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustSodiumHydroxide> * 6)
|
|
.fluidInputs(<liquid:hydrogen_peroxide> * 7000)
|
|
.outputs(<metaitem:dustSodiumPeroxide> * 4)
|
|
.fluidOutputs(<liquid:water> * 8000, <liquid:oxygen> * 6000)
|
|
.duration(100).EUt(30).buildAndRegister();
|
|
|
|
// Sodium Nitrate
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustSodiumHydroxide> * 3)
|
|
.fluidInputs(<liquid:nitric_acid> * 1000)
|
|
.outputs(<metaitem:dustSodiumNitrate> * 5)
|
|
.fluidOutputs(<liquid:water> * 1000)
|
|
.duration(5).EUt(60).buildAndRegister();
|
|
|
|
// Platinum Group Sludge
|
|
chemical_bath.recipeBuilder()
|
|
.inputs(<metaitem:dustPlatinumGroupSludge> * 3)
|
|
.fluidInputs(<liquid:aqua_regia> * 2000)
|
|
.outputs(<metaitem:dustPlatinumGroupResidue>)
|
|
.fluidOutputs(<liquid:platinum_palladium_leachate> * 1000)
|
|
.duration(250).EUt(30).buildAndRegister();
|
|
|
|
chemical_bath.recipeBuilder()
|
|
.inputs(<metaitem:dustPlatinumMetallic> * 2)
|
|
.fluidInputs(<liquid:aqua_regia> * 2000)
|
|
.outputs(<metaitem:dustPlatinumGroupResidue>)
|
|
.fluidOutputs(<liquid:platinum_palladium_leachate> * 1000)
|
|
.duration(250).EUt(30).buildAndRegister();
|
|
|
|
// Platinum
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustAmmoniumChloride> * 8)
|
|
.fluidInputs(<liquid:platinum_palladium_leachate> * 1000)
|
|
.outputs(<metaitem:dustAmmoniumHexachloroplatinate> * 9, <metaitem:dustCrudePlatinumResidue>)
|
|
.fluidOutputs(<liquid:palladium_rich_ammonia> * 1000)
|
|
.duration(1200).EUt(30).buildAndRegister();
|
|
|
|
electrolyzer.recipeBuilder()
|
|
.inputs(<metaitem:dustAmmoniumHexachloroplatinate> * 9)
|
|
.fluidOutputs(<liquid:ammonia> * 2000, <liquid:chloroplatinic_acid> * 1000)
|
|
.duration(30).EUt(30).buildAndRegister();
|
|
|
|
distillery.recipeBuilder()
|
|
.fluidInputs(<liquid:chloroplatinic_acid> * 1000)
|
|
.circuit(1)
|
|
.outputs(<metaitem:dustPlatinumRaw> * 2)
|
|
.fluidOutputs(<liquid:hydrochloric_acid> * 4000)
|
|
.duration(120).EUt(30).buildAndRegister();
|
|
|
|
autoclave.recipeBuilder()
|
|
.inputs(<metaitem:dustPlatinumRaw> * 3, <metaitem:dustCalcium>)
|
|
.fluidInputs(<liquid:steam> * 3840)
|
|
.outputs(<metaitem:dustPlatinum>, <metaitem:dustCalciumChloride> * 3)
|
|
.fluidOutputs(<liquid:water> * 24)
|
|
.duration(30).EUt(30).buildAndRegister();
|
|
|
|
sifter.recipeBuilder()
|
|
.inputs(<metaitem:dustCrudePlatinumResidue>)
|
|
.chancedOutput(<metaitem:dustPlatinumMetallic>, 9500, 0)
|
|
.duration(600).EUt(30).buildAndRegister();
|
|
|
|
// Palladium
|
|
mixer.recipeBuilder()
|
|
.inputs(<metaitem:dustPalladiumMetallic> * 2)
|
|
.fluidInputs(<liquid:ammonia> * 2000, <liquid:chlorine> * 2000)
|
|
.fluidOutputs(<liquid:palladium_rich_ammonia> * 1000)
|
|
.duration(250).EUt(30).buildAndRegister();
|
|
|
|
fluid_solidifier.recipeBuilder()
|
|
.fluidInputs(<liquid:palladium_rich_ammonia> * 500)
|
|
.notConsumable(<metaitem:shape.mold.ball>)
|
|
.outputs(<metaitem:dustCrudePalladiumResidue>)
|
|
.duration(125).EUt(30).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustPalladiumMetallic> * 2)
|
|
.fluidInputs(<liquid:palladium_rich_ammonia> * 1000)
|
|
.outputs(<metaitem:dustPalladiumRaw> * 3, <metaitem:dustCrudePalladiumResidue>)
|
|
.fluidOutputs(<liquid:ammonia> * 2000)
|
|
.duration(250).EUt(30).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustPalladiumRaw> * 3)
|
|
.fluidInputs(<liquid:formic_acid> * 1000)
|
|
.outputs(<metaitem:dustPalladium>)
|
|
.fluidOutputs(<liquid:hydrochloric_acid> * 2000, <liquid:carbon_dioxide> * 1000)
|
|
.duration(250).EUt(30).buildAndRegister();
|
|
|
|
sifter.recipeBuilder()
|
|
.inputs(<metaitem:dustCrudePalladiumResidue>)
|
|
.chancedOutput(<metaitem:dustPalladiumMetallic>, 9500, 0)
|
|
.duration(600).EUt(30).buildAndRegister();
|
|
|
|
// Rhodium
|
|
blast_furnace.recipeBuilder()
|
|
.inputs(<metaitem:dustPlatinumGroupResidue>, <metaitem:dustPotassiumPyrosulfate> * 11)
|
|
.outputs(<metaitem:dustRhodiumSulfate>, <metaitem:dustPotassiumSulfate> * 14, <metaitem:dustIridiumGroupSludge>)
|
|
.property("temperature", 1048)
|
|
.duration(200).EUt(120).buildAndRegister();
|
|
|
|
chemical_bath.recipeBuilder()
|
|
.inputs(<metaitem:dustRhodiumSulfate> * 6)
|
|
.fluidInputs(<liquid:water> * 2000)
|
|
.outputs(<metaitem:dustIridiumGroupSludge>)
|
|
.fluidOutputs(<liquid:rhodium_sulfate_solution> * 2000)
|
|
.duration(300).EUt(30).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustZinc> * 3)
|
|
.fluidInputs(<liquid:rhodium_sulfate_solution> * 1000)
|
|
.outputs(<metaitem:dustZincSulfate> * 18, <metaitem:dustCrudeRhodiumResidue>)
|
|
.duration(300).EUt(30).buildAndRegister();
|
|
|
|
blast_furnace.recipeBuilder()
|
|
.inputs(<metaitem:dustCrudeRhodiumResidue>, <metaitem:dustSalt> * 4)
|
|
.fluidInputs(<liquid:chlorine> * 6000)
|
|
.outputs(<metaitem:dustRhodiumSalt>)
|
|
.fluidOutputs(<liquid:steam> * 9600)
|
|
.property("temperature", 848)
|
|
.duration(300).EUt(120).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustSodiumNitrate> * 30, <metaitem:dustRhodiumSalt>)
|
|
.notConsumable(<liquid:water> * 8000)
|
|
.outputs(<metaitem:dustRhodiumNitrate> * 26, <metaitem:dustSalt> * 16)
|
|
.duration(300).EUt(30).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustRhodiumNitrate> * 13, <metaitem:dustPotassium> * 3)
|
|
.outputs(<metaitem:dustRhodium>, <metaitem:dustSaltpeter> * 15)
|
|
.duration(300).EUt(30).buildAndRegister();
|
|
|
|
// Ruthenium
|
|
blast_furnace.recipeBuilder()
|
|
.inputs(<metaitem:dustIridiumGroupSludge>, <metaitem:dustSodaAsh> * 2)
|
|
.outputs(<metaitem:dustSodiumRuthenate> * 2, <metaitem:dustAsh>, <metaitem:dustRarestMetalMixture>)
|
|
.property("temperature", 1023)
|
|
.duration(200).EUt(120).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustSodiumRuthenate> * 6)
|
|
.fluidInputs(<liquid:chlorine> * 2000, <liquid:water> * 2000)
|
|
.outputs(<metaitem:dustRutheniumTetroxide> * 5)
|
|
.fluidOutputs(<liquid:salt_water> * 2000)
|
|
.duration(1575).EUt(480).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustRutheniumTetroxide> * 5)
|
|
.fluidInputs(<liquid:hydrogen> * 8000)
|
|
.outputs(<metaitem:dustRuthenium>)
|
|
.fluidOutputs(<liquid:water> * 4000)
|
|
.duration(300).EUt(30).buildAndRegister();
|
|
|
|
// Osmium
|
|
chemical_bath.recipeBuilder()
|
|
.inputs(<metaitem:dustRarestMetalMixture>)
|
|
.fluidInputs(<liquid:hydrochloric_acid> * 1000)
|
|
.outputs(<metaitem:dustIridiumMetalResidue>)
|
|
.fluidOutputs(<liquid:acidic_osmium_solution> * 1000)
|
|
.duration(100).EUt(30).buildAndRegister();
|
|
|
|
distillation_tower.recipeBuilder()
|
|
.fluidInputs(<liquid:acidic_osmium_solution> * 2000)
|
|
.outputs(<metaitem:dustOsmiumTetroxide>)
|
|
.fluidOutputs(<liquid:hydrochloric_acid> * 2000)
|
|
.duration(150).EUt(7680).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustOsmiumTetroxide> * 5)
|
|
.fluidInputs(<liquid:hydrogen> * 8000)
|
|
.outputs(<metaitem:dustOsmium>)
|
|
.fluidOutputs(<liquid:water> * 4000)
|
|
.duration(300).EUt(30).buildAndRegister();
|
|
|
|
// Iridium
|
|
blast_furnace.recipeBuilder()
|
|
.inputs(<metaitem:dustSodiumPeroxide> * 4, <metaitem:dustIridiumMetalResidue>)
|
|
.outputs(<metaitem:dustIridiumDioxideResidue> * 3, <metaitem:dustSodium> * 2)
|
|
.property("temperature", 1048)
|
|
.duration(200).EUt(120).buildAndRegister();
|
|
|
|
mixer.recipeBuilder()
|
|
.inputs(<metaitem:dustIridiumDioxideResidue> * 3)
|
|
.fluidInputs(<liquid:hydrochloric_acid> * 4000)
|
|
.fluidOutputs(<liquid:acidic_iridium_dioxide_solution> * 4000)
|
|
.duration(300).EUt(30).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustAmmoniumChloride>)
|
|
.fluidInputs(<liquid:acidic_iridium_dioxide_solution> * 4000)
|
|
.outputs(<metaitem:dustAmmoniumHexachloroiridiate> * 2, <metaitem:dustSmallPlatinumGroupResidue>)
|
|
.fluidOutputs(<liquid:water> * 2000)
|
|
.duration(300).EUt(30).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustAmmoniumHexachloroiridiate> * 9)
|
|
.fluidInputs(<liquid:hydrogen> * 4000)
|
|
.outputs(<metaitem:dustIridium>)
|
|
.fluidOutputs(<liquid:hydrochloric_acid> * 6000, <liquid:ammonia> * 2000)
|
|
.duration(150).EUt(7680).buildAndRegister();
|
|
|
|
// O2F2
|
|
large_chemical_reactor.recipeBuilder()
|
|
.fluidInputs(<liquid:oxygen> * 2000, <liquid:fluorine> * 2000)
|
|
.notConsumable(<actuallyadditions:item_crystal_empowered:3>)
|
|
.fluidOutputs(<liquid:dioxygen_difluoride> * 1000)
|
|
.duration(100).EUt(480).buildAndRegister();
|
|
|
|
// Helium Hydride
|
|
chemical_reactor.recipeBuilder()
|
|
.fluidInputs(<liquid:hydrogen> * 1000, <liquid:tritium> * 1000)
|
|
.fluidOutputs(<liquid:tritium_hydride> * 1000)
|
|
.duration(160).EUt(1920).buildAndRegister();
|
|
|
|
distillation_tower.recipeBuilder()
|
|
.fluidInputs(<liquid:tritium_hydride> * 10000)
|
|
.fluidOutputs(<liquid:tritium_hydride> * 9900, <liquid:helium_hydride> * 100)
|
|
.duration(800).EUt(192).buildAndRegister();
|
|
|
|
// Stone Dust
|
|
// Small Pile of Quartzite Dust * 1
|
|
<recipemap:centrifuge>.findRecipe(120, [<metaitem:dustStone>], null).remove();
|
|
|
|
chemical_bath.recipeBuilder()
|
|
.inputs(<ore:dustStone> * 24)
|
|
.fluidInputs(<liquid:hydrofluoric_acid> * 6000)
|
|
.outputs(<metaitem:dustQuartzite> * 4)
|
|
.fluidOutputs(<liquid:dirty_hexafluorosilicic_acid> * 3000)
|
|
.duration(40).EUt(120).buildAndRegister();
|
|
|
|
centrifuge.recipeBuilder()
|
|
.fluidInputs(<liquid:dirty_hexafluorosilicic_acid> * 3000)
|
|
.outputs(<metaitem:dustStoneResidue> * 12)
|
|
.fluidOutputs(<liquid:hexafluorosilicic_acid> * 1000)
|
|
.duration(100).EUt(96).buildAndRegister();
|
|
|
|
// 1/48 scale
|
|
centrifuge.recipeBuilder()
|
|
.inputs(<metaitem:dustStoneResidue> * 24, <metaitem:dustSodiumHydroxide> * 3)
|
|
.fluidInputs(<liquid:water> * 8000)
|
|
.outputs(<metaitem:dustPotassiumFeldspar> * 12, <metaitem:dustSodalite> * 8, <metaitem:dustBiotite> * 6, <metaitem:dustMagnetite> * 4, <metaitem:dustMetalMixture> * 3, <metaitem:dustUncommonResidue>)
|
|
.duration(1000).EUt(96).buildAndRegister();
|
|
|
|
large_chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustUncommonResidue>)
|
|
.fluidInputs(<liquid:dioxygen_difluoride> * 1000)
|
|
.outputs(<metaitem:dustOxidisedResidue>, <metaitem:dustAsh> * 2)
|
|
.duration(80).EUt(96).buildAndRegister();
|
|
|
|
// 1/480 scale
|
|
centrifuge.recipeBuilder()
|
|
.inputs(<metaitem:dustOxidisedResidue> * 10)
|
|
.fluidInputs(<liquid:distilled_water> * 10000)
|
|
.outputs(<metaitem:dustGarnetSand> * 12, <metaitem:dustBasalticMineralSand> * 12, <metaitem:dustBauxite> * 8, <metaitem:dustPhosphorusPentoxide> * 4, <metaitem:dustIlmenite> * 4, <metaitem:dustRefinedResidue>)
|
|
.fluidOutputs(<liquid:hydrofluoric_acid> * 2000, <liquid:lead_zinc_solution> * 250, <liquid:sulfuric_nickel_solution> * 250)
|
|
.duration(1500).EUt(720).buildAndRegister();
|
|
|
|
// 1/4800 scale
|
|
centrifuge.recipeBuilder()
|
|
.inputs(<metaitem:dustRefinedResidue> * 10)
|
|
.notConsumable(<draconicevolution:wyvern_core>)
|
|
.notConsumable(<liquid:fluoroantimonic_acid> * 1000)
|
|
.outputs(<metaitem:dustPitchblende> * 10, <metaitem:dustBorax> * 6, <metaitem:dustRareEarth> * 5, <metaitem:dustSnowchestite> * 4, <metaitem:dustDiamond> * 3, <metaitem:dustCleanInertResidue>)
|
|
.duration(2000).EUt(400).buildAndRegister();
|
|
|
|
// 1/4800 scale
|
|
mixer.recipeBuilder()
|
|
.inputs(<metaitem:dustCleanInertResidue>)
|
|
.fluidInputs(<liquid:helium_hydride> * 1000)
|
|
.fluidOutputs(<liquid:ultraacidic_residue> * 1000)
|
|
.duration(160).EUt(1920).buildAndRegister();
|
|
|
|
// 1/9600 scale
|
|
large_chemical_reactor.recipeBuilder()
|
|
.fluidInputs(<liquid:xenon> * 1000, <liquid:oxygen> * 4000, <liquid:ultraacidic_residue> * 2000)
|
|
.notConsumable(<draconicevolution:awakened_core>)
|
|
.outputs(<metaitem:dustEuropium> * 2, <metaitem:dustKaemanite>, <metaitem:dustSmallOsmiridium8020>)
|
|
.fluidOutputs(<liquid:xenic_acid> * 1000, <liquid:dusty_helium> * 2000)
|
|
.duration(1000).EUt(1920).buildAndRegister();
|
|
|
|
// Taranium
|
|
centrifuge.recipeBuilder()
|
|
.fluidInputs(<liquid:dusty_helium> * 1000)
|
|
.fluidOutputs(<liquid:taranium_enriched_helium> * 150, <liquid:taranium_depleted_helium> * 850)
|
|
.duration(400).EUt(2880).buildAndRegister();
|
|
|
|
fusion_reactor.recipeBuilder()
|
|
.fluidInputs(<liquid:taranium_enriched_helium> * 1000, <liquid:helium_3> * 1000)
|
|
.fluidOutputs(<liquid:plasma.taranium_enriched_helium> * 3000)
|
|
.property("eu_to_start", 480000000)
|
|
.duration(160).EUt(3840).buildAndRegister();
|
|
|
|
centrifuge.recipeBuilder()
|
|
.fluidInputs(<liquid:plasma.taranium_enriched_helium> * 3000)
|
|
.notConsumable(<contenttweaker:magnetron>, <thermalfoundation:material:1025>)
|
|
.outputs(<metaitem:dustTaranium>, <metaitem:dustSmallCleanInertResidue>)
|
|
.duration(100).EUt(30720).buildAndRegister();
|
|
|
|
centrifuge.recipeBuilder()
|
|
.fluidInputs(<liquid:taranium_depleted_helium> * 2500)
|
|
.outputs(<metaitem:dustCleanInertResidue>)
|
|
.duration(320).EUt(1920).buildAndRegister();
|
|
|
|
// Tributyl Phosphate
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.inputs(<ore:dustPhosphorus>)
|
|
.fluidInputs(<liquid:chlorine> * 3000)
|
|
.fluidOutputs(<liquid:phosphorus_trichloride> * 1000)
|
|
.duration(300).EUt(480).buildAndRegister();
|
|
|
|
large_chemical_reactor.recipeBuilder()
|
|
.inputs(<metaitem:dustPhosphorusPentoxide> * 7)
|
|
.fluidInputs(<liquid:phosphorus_trichloride> * 3000, <liquid:chlorine> * 6000)
|
|
.fluidOutputs(<liquid:phosphoryl_chloride> * 5000)
|
|
.duration(800).EUt(3840).buildAndRegister();
|
|
|
|
chemical_reactor.recipeBuilder()
|
|
.fluidInputs(<liquid:butyraldehyde> * 1000, <liquid:hydrogen> * 2000)
|
|
.notConsumable(<ore:dustNickel>)
|
|
.fluidOutputs(<liquid:butanol> * 1000)
|
|
.duration(300).EUt(480).buildAndRegister();
|
|
|
|
large_chemical_reactor.recipeBuilder()
|
|
.fluidInputs(<liquid:phosphoryl_chloride> * 1000, <liquid:butanol> * 3000)
|
|
.fluidOutputs(<liquid:tributyl_phosphate> * 1000)
|
|
.duration(600).EUt(23040).buildAndRegister();
|
|
|
|
// Rare Earth
|
|
electrolyzer.recipeBuilder()
|
|
.inputs(<ore:dustRareEarth>)
|
|
.fluidInputs(<liquid:tributyl_phosphate> * 150)
|
|
.chancedOutput(<metaitem:dustNeodymium>, 1500, 0)
|
|
.chancedOutput(<metaitem:dustSamarium>, 1500, 0)
|
|
.chancedOutput(<metaitem:dustYttrium>, 1500, 0)
|
|
.chancedOutput(<metaitem:dustLanthanum>, 1500, 0)
|
|
.chancedOutput(<metaitem:dustLutetium>, 600, 0)
|
|
.chancedOutput(<metaitem:dustEuropium>, 600, 0)
|
|
.duration(50).EUt(1966080).buildAndRegister();
|