mirror of
https://github.com/Anuken/Mindustry.git
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321 lines
11 KiB
Java
321 lines
11 KiB
Java
package mindustry.content;
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import arc.struct.*;
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import mindustry.game.Objectives.*;
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import mindustry.type.*;
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import static mindustry.content.Blocks.*;
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import static mindustry.content.SectorPresets.*;
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import static mindustry.content.TechTree.*;
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public class ErekirTechTree{
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public static void load(){
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//TODO might be unnecessary with no asteroids
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Seq<Objective> erekirSector = Seq.with(new OnPlanet(Planets.erekir));
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var costMultipliers = new ObjectFloatMap<Item>();
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costMultipliers.put(Items.silicon, 9);
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costMultipliers.put(Items.surgeAlloy, 4);
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costMultipliers.put(Items.phaseFabric, 4);
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costMultipliers.put(Items.thorium, 9);
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costMultipliers.put(Items.graphite, 9);
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//oxide is hard to make
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costMultipliers.put(Items.oxide, 0.5f);
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//TODO remove
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Objective tmpNever = new Research(Items.fissileMatter);
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//TODO gate behind capture
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Planets.erekir.techTree = nodeRoot("erekir", coreBastion, true, () -> {
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//context().researchCostMultipliers = costMultipliers;
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node(duct, erekirSector, () -> {
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node(ductRouter, Seq.with(new SectorComplete(onset)), () -> {
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node(ductBridge, () -> {
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node(surgeConveyor, () -> {
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node(surgeRouter);
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});
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node(unitCargoLoader, () -> {
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node(unitCargoUnloadPoint, () -> {
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});
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});
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});
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node(overflowDuct, () -> {
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node(reinforcedContainer, () -> {
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node(ductUnloader, () -> {
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});
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node(reinforcedVault, () -> {
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});
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});
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});
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});
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node(reinforcedPayloadConveyor, Seq.with(new OnSector(four)), () -> {
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//TODO should only be unlocked in unit sector
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node(constructor, Seq.with(new Research(siliconArcFurnace), new OnSector(four)), () -> {
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node(payloadMassDriver, Seq.with(new OnSector(five)), () -> {
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//TODO further limitations
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node(payloadLoader, () -> {
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node(payloadUnloader, () -> {
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node(payloadPropulsionTower, () -> {
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});
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});
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});
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node(smallDeconstructor, () -> {
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node(largeConstructor, () -> {
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});
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node(deconstructor, () -> {
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});
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});
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});
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});
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node(reinforcedPayloadRouter, () -> {
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});
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});
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});
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//TODO move into turbine condenser?
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node(plasmaBore, () -> {
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node(impactDrill, Seq.with(new OnSector(two)), () -> {
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node(largePlasmaBore, Seq.with(new OnSector(five)), () -> {
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node(eruptionDrill, () -> {
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});
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});
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});
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});
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node(turbineCondenser, () -> {
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node(beamNode, () -> {
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node(ventCondenser, Seq.with(new OnSector(two)), () -> {
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node(chemicalCombustionChamber, Seq.with(new OnSector(three)), () -> {
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node(pyrolysisGenerator, () -> {
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});
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});
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});
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node(beamTower, Seq.with(new OnSector(four)), () -> {
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});
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node(regenProjector, () -> {
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//TODO more tiers of build tower or "support" structures like overdrive projectors
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node(buildTower, Seq.with(new OnSector(five)), () -> {
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});
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});
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});
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node(reinforcedConduit, Seq.with(new OnSector(two)), () -> {
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//TODO maybe should be even later
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node(reinforcedPump, Seq.with(new OnSector(three)), () -> {
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//TODO T2 pump, consume cyanogen or similar
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});
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node(reinforcedLiquidJunction, () -> {
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node(reinforcedBridgeConduit, () -> {
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});
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node(reinforcedLiquidRouter, () -> {
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node(reinforcedLiquidContainer, () -> {
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node(reinforcedLiquidTank, Seq.with(new SectorComplete(three)), () -> {
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});
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});
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});
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});
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});
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node(cliffCrusher, () -> {
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node(siliconArcFurnace, () -> {
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node(electrolyzer, Seq.with(new OnSector(three)), () -> {
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node(oxidationChamber, () -> {
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node(electricHeater, Seq.with(new OnSector(four)), () -> {
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node(heatRedirector, () -> {
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});
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node(atmosphericConcentrator, Seq.with(new OnSector(four)), () -> {
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node(cyanogenSynthesizer, Seq.with(new OnSector(five)), () -> {
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});
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});
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node(carbideCrucible, Seq.with(tmpNever), () -> {
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node(surgeCrucible, () -> {
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node(phaseSynthesizer, () -> {
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node(phaseHeater, () -> {
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});
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});
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});
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});
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});
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});
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node(slagIncinerator, Seq.with(new OnSector(four)), () -> {
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node(slagCentrifuge, () -> {
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});
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node(heatReactor, () -> {
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});
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});
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});
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});
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});
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});
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node(breach, Seq.with(new Research(siliconArcFurnace)), () -> {
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node(berylliumWall, () -> {
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node(berylliumWallLarge, () -> {
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});
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node(tungstenWall, () -> {
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node(tungstenWallLarge, () -> {
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});
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node(carbideWall, () -> {
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node(carbideWallLarge, () -> {
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});
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});
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});
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});
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node(sublimate, () -> {
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//TODO implement
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node(titan, Seq.with(new OnSector(five)), () -> {
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});
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node(disperse, Seq.with(new OnSector(five)), () -> {
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});
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});
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});
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node(coreCitadel, Seq.with(new SectorComplete(four)), () -> {
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node(coreAcropolis, () -> {
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});
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});
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node(fabricator, () -> {
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node(UnitTypes.stell, Seq.with(new Research(siliconArcFurnace), new Research(plasmaBore), new Research(turbineCondenser)), () -> {
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});
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node(tankAssembler, Seq.with(new OnSector(four), new Research(constructor), new Research(atmosphericConcentrator)), () -> {
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node(UnitTypes.vanquish, () -> {
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node(UnitTypes.conquer, Seq.with(tmpNever), () -> {
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});
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});
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node(shipAssembler, Seq.with(new OnSector(five)), () -> {
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node(UnitTypes.quell, () -> {
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node(UnitTypes.disrupt, Seq.with(tmpNever), () -> {
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});
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});
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node(mechAssembler, Seq.with(tmpNever), () -> {
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node(UnitTypes.bulwark, () -> {
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node(UnitTypes.krepost, Seq.with(tmpNever), () -> {
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});
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});
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});
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});
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});
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});
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//TODO more sectors
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node(onset, () -> {
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node(two, Seq.with(new SectorComplete(onset)), () -> {
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node(three, Seq.with(new SectorComplete(two), new Research(reinforcedContainer), new Research(ductUnloader), new Research(ventCondenser)), () -> {
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node(four, Seq.with(new SectorComplete(three), new Research(electrolyzer), new Research(oxidationChamber), new Research(chemicalCombustionChamber)), () -> {
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//TODO research reqs?
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node(five, Seq.with(new SectorComplete(four)), () -> {
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});
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});
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});
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});
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});
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nodeProduce(Items.beryllium, () -> {
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nodeProduce(Items.graphite, () -> {
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nodeProduce(Items.sand, () -> {
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nodeProduce(Items.silicon, () -> {
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nodeProduce(Items.oxide, () -> {
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nodeProduce(Items.fissileMatter, () -> {
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});
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});
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});
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});
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nodeProduce(Liquids.water, () -> {
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nodeProduce(Liquids.ozone, () -> {
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nodeProduce(Liquids.hydrogen, () -> {
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nodeProduce(Liquids.nitrogen, () -> {
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nodeProduce(Liquids.cyanogen, () -> {
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});
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});
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});
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});
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});
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nodeProduce(Items.tungsten, () -> {
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nodeProduce(Liquids.slag, () -> {
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});
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nodeProduce(Items.thorium, () -> {
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nodeProduce(Items.carbide, () -> {
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nodeProduce(Items.surgeAlloy, () -> {
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nodeProduce(Items.phaseFabric, () -> {
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});
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});
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nodeProduce(Liquids.gallium, () -> {
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nodeProduce(Items.scrap, () -> {
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});
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});
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});
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});
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});
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});
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});
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});
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}
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}
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