254 lines
No EOL
12 KiB
JavaScript
254 lines
No EOL
12 KiB
JavaScript
"use strict";
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function registerTFGElectronicComponentsRecipes(event) {
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// Electron tubes
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event.shaped('1x create:electron_tube', [
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'FAG',
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'BCB',
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'DED'
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], {
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A: 'gtceu:glass_tube',
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B: '#forge:bolts/steel',
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C: 'gtceu:wood_plate',
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D: 'gtceu:red_alloy_single_wire',
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E: '#forge:plates/wrought_iron',
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F: '#forge:tools/screwdrivers',
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G: '#forge:tools/wire_cutters'
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}).id('tfg:create/shaped/electron_tube')
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event.recipes.createSequencedAssembly([
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'2x create:electron_tube',
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], 'gtceu:wood_plate', [
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event.recipes.createDeploying('tfg:unfinished_electron_tube', ['tfg:unfinished_electron_tube', '#forge:plates/wrought_iron']),
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event.recipes.createDeploying('tfg:unfinished_electron_tube', ['tfg:unfinished_electron_tube', 'gtceu:red_alloy_single_wire']),
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event.recipes.createDeploying('tfg:unfinished_electron_tube', ['tfg:unfinished_electron_tube', 'gtceu:red_alloy_single_wire']),
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event.recipes.createDeploying('tfg:unfinished_electron_tube', ['tfg:unfinished_electron_tube', 'gtceu:glass_tube']),
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]).transitionalItem('tfg:unfinished_electron_tube').loops(1).id('tfg:create/sequenced_assembly/electron_tube')
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event.recipes.gtceu.assembler('create:electron_tube')
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.itemInputs('#forge:plates/wrought_iron', 'gtceu:glass_tube', '2x gtceu:red_alloy_single_wire')
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.itemOutputs('2x create:electron_tube')
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.duration(50)
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.EUt(7)
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.circuit(14)
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event.shaped('4x create:electron_tube', [
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'FAG',
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'DCD'
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], {
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A: 'gtceu:glass_tube',
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C: 'gtceu:plastic_circuit_board',
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D: 'gtceu:red_alloy_single_wire',
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F: '#forge:tools/screwdrivers',
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G: '#forge:tools/wire_cutters'
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}).id('tfg:create/shaped/electron_tube2')
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event.recipes.gtceu.assembler('create:electron_tube2')
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.itemInputs('gtceu:plastic_circuit_board', 'gtceu:glass_tube', '2x gtceu:red_alloy_single_wire')
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.itemOutputs('4x create:electron_tube')
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.duration(50)
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.EUt(7)
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event.shaped('4x create:electron_tube', [
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' A ',
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' B ',
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' C '
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], {
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A: '#forge:tools/screwdrivers',
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B: 'gtceu:nand_chip',
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C: 'gtceu:plastic_circuit_board'
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}).id('tfg:create/shaped/electron_tube3')
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event.recipes.gtceu.assembler('create:electron_tube3')
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.itemInputs('gtceu:plastic_circuit_board', 'gtceu:nand_chip')
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.itemOutputs('4x create:electron_tube')
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.duration(50)
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.EUt(7)
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// Vacuum Tubes
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event.remove({ id: 'gtceu:shaped/vacuum_tube' })
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event.replaceInput({ id: 'gtceu:assembler/vacuum_tube_plain' }, 'gtceu:steel_bolt', 'gtceu:resin_circuit_board')
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event.replaceInput({ id: 'gtceu:assembler/vacuum_tube_red_alloy' }, 'gtceu:steel_bolt', 'gtceu:resin_circuit_board')
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event.replaceInput({ id: 'gtceu:assembler/vacuum_tube_red_alloy_annealed' }, 'gtceu:steel_bolt', 'gtceu:resin_circuit_board')
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event.recipes.createSequencedAssembly([
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'gtceu:vacuum_tube',
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], 'gtceu:resin_circuit_board', [
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event.recipes.createDeploying('tfg:unfinished_vacuum_tube', ['tfg:unfinished_vacuum_tube', '#forge:bolts/steel']),
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event.recipes.createDeploying('tfg:unfinished_vacuum_tube', ['tfg:unfinished_vacuum_tube', 'gtceu:copper_single_wire']),
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event.recipes.createDeploying('tfg:unfinished_vacuum_tube', ['tfg:unfinished_vacuum_tube', 'gtceu:copper_single_wire']),
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event.recipes.createDeploying('tfg:unfinished_vacuum_tube', ['tfg:unfinished_vacuum_tube', 'gtceu:glass_tube']),
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event.custom({ type: 'vintageimprovements:vacuumizing', ingredients: [{ item: 'tfg:unfinished_vacuum_tube' }], results: [{ item: 'tfg:unfinished_vacuum_tube' }], processingTime: 80 })
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]).transitionalItem('tfg:unfinished_vacuum_tube').loops(1).id('tfg:gtceu/sequenced_assembly/vacuum_tube')
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// ULV Coil
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event.recipes.createSequencedAssembly([
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'gtceu:ulv_voltage_coil',
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], 'gtceu:magnetic_iron_rod', [
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event.recipes.createDeploying('gtceu:magnetic_iron_rod', ['gtceu:magnetic_iron_rod', '#forge:fine_wires/lead'])
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]).transitionalItem('gtceu:magnetic_iron_rod').loops(32).id('tfg:sequenced_assembly/ulv_voltage_coil')
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// LV basic circuit
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event.remove({ id: 'gtceu:shaped/electronic_circuit_lv' })
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event.recipes.createSequencedAssembly([
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'gtceu:basic_electronic_circuit',
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], 'gtceu:resin_printed_circuit_board', [
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event.recipes.createDeploying('tfg:unfinished_basic_electronic_circuit', ['tfg:unfinished_basic_electronic_circuit', 'gtceu:resistor']),
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event.recipes.createDeploying('tfg:unfinished_basic_electronic_circuit', ['tfg:unfinished_basic_electronic_circuit', 'gtceu:resistor']),
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event.recipes.createDeploying('tfg:unfinished_basic_electronic_circuit', ['tfg:unfinished_basic_electronic_circuit', 'gtceu:vacuum_tube']),
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event.recipes.createDeploying('tfg:unfinished_basic_electronic_circuit', ['tfg:unfinished_basic_electronic_circuit', 'gtceu:vacuum_tube']),
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event.recipes.createDeploying('tfg:unfinished_basic_electronic_circuit', ['tfg:unfinished_basic_electronic_circuit', 'create:electron_tube']),
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event.recipes.createFilling('tfg:unfinished_basic_electronic_circuit', ['tfg:unfinished_basic_electronic_circuit', Fluid.of('gtceu:glue', 50)]),
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event.recipes.createDeploying('tfg:unfinished_basic_electronic_circuit', ['tfg:unfinished_basic_electronic_circuit', '#forge:plates/steel']),
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]).transitionalItem('tfg:unfinished_basic_electronic_circuit').loops(1).id('tfg:gtceu/sequenced_assembly/basic_electronic_circuit')
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// MV basic circuit
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event.remove({ id: 'gtceu:shaped/electronic_circuit_mv' })
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event.recipes.createSequencedAssembly([
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'gtceu:good_electronic_circuit',
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], 'gtceu:phenolic_printed_circuit_board', [
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event.recipes.createDeploying('tfg:unfinished_good_electronic_circuit', ['tfg:unfinished_good_electronic_circuit', 'gtceu:diode']),
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event.recipes.createDeploying('tfg:unfinished_good_electronic_circuit', ['tfg:unfinished_good_electronic_circuit', 'gtceu:diode']),
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event.recipes.createDeploying('tfg:unfinished_good_electronic_circuit', ['tfg:unfinished_good_electronic_circuit', '#forge:single_wires/copper']),
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event.recipes.createDeploying('tfg:unfinished_good_electronic_circuit', ['tfg:unfinished_good_electronic_circuit', '#forge:single_wires/copper']),
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event.recipes.createDeploying('tfg:unfinished_good_electronic_circuit', ['tfg:unfinished_good_electronic_circuit', 'gtceu:basic_electronic_circuit']),
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event.recipes.createDeploying('tfg:unfinished_good_electronic_circuit', ['tfg:unfinished_good_electronic_circuit', 'gtceu:basic_electronic_circuit']),
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event.recipes.createDeploying('tfg:unfinished_good_electronic_circuit', ['tfg:unfinished_good_electronic_circuit', 'gtceu:basic_electronic_circuit']),
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event.recipes.createDeploying('tfg:unfinished_good_electronic_circuit', ['tfg:unfinished_good_electronic_circuit', '#forge:plates/steel']),
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]).transitionalItem('tfg:unfinished_good_electronic_circuit').loops(1).id('tfg:gtceu/sequenced_assembly/good_electronic_circuit')
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// Vitrified Pearl
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event.recipes.gtceu.shaped('gtceu:mv_field_generator', [
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'ABA',
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'CDC',
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'ABA'
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], {
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A: ChemicalHelper.get(TagPrefix.wireGtQuadruple, GTMaterials.MagnesiumDiboride, 1),
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B: ChemicalHelper.get(TagPrefix.plate, GTMaterials.Aluminium, 1),
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C: '#gtceu:circuits/mv',
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D: 'tfg:vitrified_pearl'
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}).addMaterialInfo().id('gtceu:shaped/field_generator_mv')
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event.recipes.gtceu.assembler('field_generator_mv')
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.itemInputs('tfg:vitrified_pearl', '2x #forge:plates/aluminium', '2x #gtceu:circuits/mv', '4x #forge:quadruple_wires/magnesium_diboride')
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.itemOutputs('gtceu:mv_field_generator')
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.duration(100)
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.EUt(30)
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// Cryo Fluix Pearl
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event.replaceInput({ id: 'gtceu:assembler/field_generator_hv' }, 'gtceu:quantum_eye', 'tfg:cryo_fluix_pearl')
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event.recipes.gtceu.shaped('gtceu:hv_field_generator', [
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'ABA',
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'CDC',
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'ABA'
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], {
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A: ChemicalHelper.get(TagPrefix.wireGtQuadruple, GTMaterials.MercuryBariumCalciumCuprate, 1),
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B: ChemicalHelper.get(TagPrefix.plate, GTMaterials.StainlessSteel, 1),
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C: '#gtceu:circuits/hv',
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D: 'tfg:cryo_fluix_pearl'
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}).addMaterialInfo().id('gtceu:shaped/field_generator_hv')
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// Change recipes to want EV circuit instead of IV
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event.replaceInput({ id: 'gtceu:shaped/large_combustion_engine' }, '#gtceu:circuits/iv', '#gtceu:circuits/ev')
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event.replaceInput({ id: 'gtceu:shaped/nano_chestplate_advanced' }, '#gtceu:circuits/iv', '#gtceu:circuits/ev')
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event.replaceInput({ id: 'gtceu:assembler/ev_large_miner' }, '#gtceu:circuits/iv', '#gtceu:circuits/ev')
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// Nano wafer
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event.remove({ id: 'gtceu:chemical_reactor/nano_cpu_wafer' })
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event.remove({ id: 'gtceu:large_chemical_reactor/nano_cpu_wafer' })
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event.recipes.gtceu.chemical_reactor('tfg:nano_cpu_wafer')
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.inputFluids(Fluid.of('gtceu:tritiated_water', 576))
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.itemInputs('gtceu:cpu_wafer', '16x gtceu:carbon_fibers')
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.itemOutputs('gtceu:nano_cpu_wafer')
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.duration(20*60)
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.EUt(GTValues.VA[GTValues.EV])
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.cleanroom(CleanroomType.CLEANROOM)
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// Change components of IV mainframe to nano chip
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event.remove({ id: 'gtceu:circuit_assembler/mainframe_iv_asmd_soldering_alloy'})
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event.remove({ id: 'gtceu:circuit_assembler/mainframe_iv'})
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event.remove({ id: 'gtceu:circuit_assembler/mainframe_iv_soldering_alloy'})
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event.remove({ id: 'gtceu:circuit_assembler/mainframe_iv_asmd'})
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event.recipes.gtceu.circuit_assembler('tfg:circuit_assembler/mainframe_iv')
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.itemInputs('2x gtceu:aluminium_frame', '2x gtceu:micro_processor_computer', '8x #gtceu:inductors', '16x #gtceu:capacitors', 'gtceu:nano_cpu_chip', '16x gtceu:annealed_copper_single_wire')
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.inputFluids(Fluid.of('gtceu:tin', 576))
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.itemOutputs('gtceu:micro_processor_mainframe')
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.duration(20 * 40)
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.EUt(GTValues.VA[GTValues.HV])
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.cleanroom(CleanroomType.CLEANROOM)
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event.recipes.gtceu.circuit_assembler('tfg:circuit_assembler/mainframe_iv_soldering_alloy')
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.itemInputs('2x gtceu:aluminium_frame', '2x gtceu:micro_processor_computer', '8x #gtceu:inductors', '16x #gtceu:capacitors', 'gtceu:nano_cpu_chip', '16x gtceu:annealed_copper_single_wire')
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.inputFluids(Fluid.of('gtceu:soldering_alloy', 288))
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.itemOutputs('gtceu:micro_processor_mainframe')
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.duration(20 * 40)
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.EUt(GTValues.VA[GTValues.HV])
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.cleanroom(CleanroomType.CLEANROOM)
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event.recipes.gtceu.circuit_assembler('tfg:circuit_assembler/mainframe_iv_asmd')
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.itemInputs('2x gtceu:aluminium_frame', '2x gtceu:micro_processor_computer', '2x gtceu:advanced_smd_inductor', '4x gtceu:advanced_smd_capacitor', 'gtceu:nano_cpu_chip', '16x gtceu:annealed_copper_single_wire')
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.inputFluids(Fluid.of('gtceu:tin', 576))
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.itemOutputs('gtceu:micro_processor_mainframe')
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.duration(20 * 20)
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.EUt(GTValues.VA[GTValues.HV])
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.cleanroom(CleanroomType.CLEANROOM)
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event.recipes.gtceu.circuit_assembler('tfg:circuit_assembler/mainframe_iv_asmd_soldering_alloy')
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.itemInputs('2x gtceu:aluminium_frame', '2x gtceu:micro_processor_computer', '2x gtceu:advanced_smd_inductor', '4x gtceu:advanced_smd_capacitor', 'gtceu:nano_cpu_chip', '16x gtceu:annealed_copper_single_wire')
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.inputFluids(Fluid.of('gtceu:soldering_alloy', 288))
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.itemOutputs('gtceu:micro_processor_mainframe')
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.duration(20 * 20)
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.EUt(GTValues.VA[GTValues.HV])
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.cleanroom(CleanroomType.CLEANROOM)
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// Quantum Eye
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event.replaceInput({ id: 'gtceu:assembler/field_generator_ev' }, 'minecraft:nether_star', 'gtceu:quantum_eye')
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event.recipes.gtceu.shaped('gtceu:ev_field_generator', [
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'ABA',
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'CDC',
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'ABA'
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], {
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A: ChemicalHelper.get(TagPrefix.wireGtQuadruple, GTMaterials.UraniumTriplatinum, 1),
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B: ChemicalHelper.get(TagPrefix.plateDouble, GTMaterials.Titanium, 1),
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C: '#gtceu:circuits/ev',
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D: 'gtceu:quantum_eye'
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}).addMaterialInfo().id('gtceu:shaped/field_generator_ev')
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event.remove({ id: 'gtceu:chemical_bath/quantum_eye' })
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event.recipes.gtceu.chemical_bath('tfg:quantum_eye')
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.itemInputs('tfg:cryo_fluix_pearl')
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.inputFluids(Fluid.of('gtceu:radon', 250))
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.itemOutputs('gtceu:quantum_eye')
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.duration(20 * 24)
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.EUt(GTValues.VA[GTValues.HV])
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// Nether Star
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event.replaceInput({ id: 'gtceu:assembler/field_generator_iv' }, 'gtceu:quantum_star', 'minecraft:nether_star')
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event.recipes.gtceu.shaped('gtceu:iv_field_generator', [
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'ABA',
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'CDC',
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'ABA'
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], {
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A: ChemicalHelper.get(TagPrefix.wireGtQuadruple, GTMaterials.SamariumIronArsenicOxide, 1),
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B: ChemicalHelper.get(TagPrefix.plateDouble, GTMaterials.TungstenSteel, 1),
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C: '#gtceu:circuits/iv',
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D: 'minecraft:nether_star'
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}).addMaterialInfo().id('gtceu:shaped/field_generator_iv')
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event.recipes.gtceu.chemical_reactor('tfg:gtceu/nether_star_dust')
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.itemInputs('2x #forge:dusts/iridium', '#forge:dusts/diamond')
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.circuit(10)
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.itemOutputs('gtceu:nether_star_dust')
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// TODO: change to something else with venus
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.inputFluids(Fluid.of('gtceu:neon', 1000))
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.duration(700)
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.EUt(2720)
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} |