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package goodgenerator.util;
import com.github.bartimaeusnek.bartworks.system.material.Werkstoff;
import gregtech.api.enums.GT_Values;
import gregtech.api.enums.ItemList;
import gregtech.api.enums.Materials;
import gregtech.api.enums.OrePrefixes;
import gregtech.api.metatileentity.implementations.GT_MetaPipeEntity_Cable;
import gregtech.api.metatileentity.implementations.GT_MetaPipeEntity_Fluid;
import gregtech.api.util.GT_OreDictUnificator;
import gregtech.api.util.GT_Utility;
import net.minecraft.item.ItemStack;
import net.minecraftforge.fluids.Fluid;
import net.minecraftforge.fluids.FluidRegistry;
import net.minecraftforge.fluids.FluidStack;
public class CrackRecipeAdder {
static float[] coe1 = {1.25f,1.2f,1.1f,0.9f,0.85f,0.8f,0.75f};
static float[] coe2 = {1.4f,1.25f,1.2f,0.8f,0.75f,0.7f,0.65f};
static float[] coe3 = {1.6f,1.5f,1.45f,0.7f,0.6f,0.55f,0.45f};
public static void crackerAdder(FluidStack inputFluid, FluidStack cracker, FluidStack[] outputFluids, ItemStack outputItem, int num, int EUt, int Duration){
String name;
FluidStack[] actOutput = new FluidStack[num];
name = inputFluid.getFluid().getName().replaceAll(" ","");
GT_Values.RA.addCrackingRecipe(1,inputFluid,cracker, FluidRegistry.getFluidStack("lightlycracked"+name,1000),(int)(Duration * 0.8),EUt);
GT_Values.RA.addCrackingRecipe(2,inputFluid,cracker, FluidRegistry.getFluidStack("moderatelycracked"+name,1000),Duration,EUt);
GT_Values.RA.addCrackingRecipe(3,inputFluid,cracker, FluidRegistry.getFluidStack("heavilycracked"+name,1000),(int)(Duration * 1.2),EUt);
for ( int i = num - 1, j = 0; i >= 0; i --, j ++ ){
Fluid tmp1 = outputFluids[i].getFluid();
int tmp2 = (int)(outputFluids[i].amount * coe1[i]);
actOutput[j] = new FluidStack(tmp1, tmp2);
}
GT_Values.RA.addUniversalDistillationRecipe(FluidRegistry.getFluidStack("lightlycracked"+name,1000),actOutput,outputItem,Duration / 2,EUt / 3);
for ( int i = num - 1, j = 0; i >= 0; i --, j ++ ){
Fluid tmp1 = outputFluids[i].getFluid();
int tmp2 = (int)(outputFluids[i].amount * coe2[i]);
actOutput[j] = new FluidStack(tmp1, tmp2);
}
GT_Values.RA.addUniversalDistillationRecipe(FluidRegistry.getFluidStack("moderatelycracked"+name,1000),actOutput,outputItem,Duration / 2,EUt / 3);
for ( int i = num - 1, j = 0; i >= 0; i --, j ++ ){
Fluid tmp1 = outputFluids[i].getFluid();
int tmp2 = (int)(outputFluids[i].amount * coe3[i]);
actOutput[j] = new FluidStack(tmp1, tmp2);
}
GT_Values.RA.addUniversalDistillationRecipe(FluidRegistry.getFluidStack("heavilycracked"+name,1000),actOutput,outputItem,Duration / 2,EUt / 3);
}
public static void addUniversalCircuitAssemblerRecipe(ItemStack[] inputs, ItemStack output, int solders, int duration, int EUt, boolean isClean) {
GT_Values.RA.addCircuitAssemblerRecipe(inputs, Materials.SolderingAlloy.getMolten(solders), output, duration, EUt, isClean);
GT_Values.RA.addCircuitAssemblerRecipe(inputs, Materials.Tin.getMolten(solders * 2), output, duration, EUt, isClean);
GT_Values.RA.addCircuitAssemblerRecipe(inputs, Materials.Lead.getMolten(solders * 4), output, duration, EUt, isClean);
}
public static void addUniversalAssemblerRecipe(ItemStack[] inputs, ItemStack output, int solders, int duration, int EUt, boolean isClean) {
GT_Values.RA.addAssemblerRecipe(inputs, Materials.SolderingAlloy.getMolten(solders), output, duration, EUt, isClean);
GT_Values.RA.addAssemblerRecipe(inputs, Materials.Tin.getMolten(solders * 2), output, duration, EUt, isClean);
GT_Values.RA.addAssemblerRecipe(inputs, Materials.Lead.getMolten(solders * 4), output, duration, EUt, isClean);
}
public static void reAddBlastRecipe(Werkstoff material, int duration, int EUt, int level, boolean gas) {
ItemStack input = material.get(OrePrefixes.dust, 1);
ItemStack output = level > 1750 ? material.get(OrePrefixes.ingotHot, 1) : material.get(OrePrefixes.ingot, 1);
if (gas) {
GT_Values.RA.addBlastRecipe(input, GT_Utility.getIntegratedCircuit(11), Materials.Helium.getGas(1000), null, output, null, duration, EUt, level);
} else {
GT_Values.RA.addBlastRecipe(input, GT_Utility.getIntegratedCircuit(1), null, null, output, null, duration, EUt, level);
}
}
public static FluidStack copyFluidWithAmount(FluidStack fluid, int amount) {
if (fluid == null || amount <= 0) return null;
return new FluidStack(fluid.getFluid(), amount);
}
public static void registerPipe(int ID, Werkstoff material, int flow, int temp, boolean gas) {
String unName = material.getDefaultName().replace(" ", "_");
String Name = material.getDefaultName();
GT_OreDictUnificator.registerOre(OrePrefixes.pipeTiny.get(material.getBridgeMaterial()), new GT_MetaPipeEntity_Fluid(ID, "GT_Pipe_" + unName + "_Tiny", "Tiny " + Name + " Fluid Pipe", 0.25F, material.getBridgeMaterial(), flow / 6, temp, gas).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.pipeSmall.get(material.getBridgeMaterial()), new GT_MetaPipeEntity_Fluid(ID + 1, "GT_Pipe_" + unName + "_Small", "Small " + Name + " Fluid Pipe", 0.375F, material.getBridgeMaterial(), flow / 3, temp, gas).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.pipeMedium.get(material.getBridgeMaterial()), new GT_MetaPipeEntity_Fluid(ID + 2, "GT_Pipe_" + unName, Name + " Fluid Pipe", 0.5F, material.getBridgeMaterial(), flow, temp, gas).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.pipeLarge.get(material.getBridgeMaterial()), new GT_MetaPipeEntity_Fluid(ID + 3, "GT_Pipe_" + unName + "_Large", "Large " + Name + " Fluid Pipe", 0.75F, material.getBridgeMaterial(), flow * 2, temp, gas).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.pipeHuge.get(material.getBridgeMaterial()), new GT_MetaPipeEntity_Fluid(ID + 4, "GT_Pipe_" + unName + "_Huge", "Huge " + Name + " Fluid Pipe", 0.875F, material.getBridgeMaterial(), flow * 4, temp, gas).getStackForm(1L));
GT_Values.RA.addExtruderRecipe(material.get(OrePrefixes.ingot, 1), ItemList.Shape_Extruder_Pipe_Tiny.get(0), material.get(OrePrefixes.pipeTiny, 2), (int) material.getStats().getMass(), 120);
GT_Values.RA.addExtruderRecipe(material.get(OrePrefixes.ingot, 1), ItemList.Shape_Extruder_Pipe_Small.get(0), material.get(OrePrefixes.pipeSmall, 1), (int) material.getStats().getMass() * 2, 120);
GT_Values.RA.addExtruderRecipe(material.get(OrePrefixes.ingot, 3), ItemList.Shape_Extruder_Pipe_Medium.get(0), material.get(OrePrefixes.pipeMedium, 1), (int) material.getStats().getMass() * 6, 120);
GT_Values.RA.addExtruderRecipe(material.get(OrePrefixes.ingot, 6), ItemList.Shape_Extruder_Pipe_Large.get(0), material.get(OrePrefixes.pipeLarge, 1), (int) material.getStats().getMass() * 12, 120);
GT_Values.RA.addExtruderRecipe(material.get(OrePrefixes.ingot, 12), ItemList.Shape_Extruder_Pipe_Huge.get(0), material.get(OrePrefixes.pipeHuge, 1), (int) material.getStats().getMass() * 24, 120);
GT_Values.RA.addFluidSolidifierRecipe(ItemList.Shape_Mold_Pipe_Tiny.get(0), material.getMolten(72), material.get(OrePrefixes.pipeTiny, 1), (int) material.getStats().getMass(), 30);
GT_Values.RA.addFluidSolidifierRecipe(ItemList.Shape_Mold_Pipe_Small.get(0), material.getMolten(144), material.get(OrePrefixes.pipeSmall, 1), (int) material.getStats().getMass() * 2, 30);
GT_Values.RA.addFluidSolidifierRecipe(ItemList.Shape_Mold_Pipe_Medium.get(0), material.getMolten(432), material.get(OrePrefixes.pipeMedium, 1), (int) material.getStats().getMass() * 6, 30);
GT_Values.RA.addFluidSolidifierRecipe(ItemList.Shape_Mold_Pipe_Large.get(0), material.getMolten(864), material.get(OrePrefixes.pipeLarge, 1), (int) material.getStats().getMass() * 12, 30);
GT_Values.RA.addFluidSolidifierRecipe(ItemList.Shape_Mold_Pipe_Huge.get(0), material.getMolten(1728), material.get(OrePrefixes.pipeHuge, 1), (int) material.getStats().getMass() * 24, 30);
}
public static void registerWire(int ID, Werkstoff material, int aAmperage, int aVoltage, int aLoss, boolean cover) {
String unName = material.getDefaultName().replace(" ", "_").toLowerCase();
String Name = material.getDefaultName();
String aTextWire1 = "wire.";
String aTextCable1 = "cable.";
String aTextWire2 = " Wire";
String aTextCable2 = " Cable";
int aLossInsulated = aLoss / 4;
GT_OreDictUnificator.registerOre(OrePrefixes.wireGt01, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 0, aTextWire1 + unName + ".01", "1x " + Name + aTextWire2, 0.125F, material.getBridgeMaterial(), aLoss, 1L * aAmperage, aVoltage, false, true).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.wireGt02, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 1, aTextWire1 + unName + ".02", "2x " + Name + aTextWire2, 0.25F, material.getBridgeMaterial(), aLoss, 2L * aAmperage, aVoltage, false, true).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.wireGt04, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 2, aTextWire1 + unName + ".04", "4x " + Name + aTextWire2, 0.375F, material.getBridgeMaterial(), aLoss, 4L * aAmperage, aVoltage, false, true).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.wireGt08, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 3, aTextWire1 + unName + ".08", "8x " + Name + aTextWire2, 0.5F, material.getBridgeMaterial(), aLoss, 8L * aAmperage, aVoltage, false, true).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.wireGt12, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 4, aTextWire1 + unName + ".12", "12x " + Name + aTextWire2, 0.625F, material.getBridgeMaterial(), aLoss, 12L * aAmperage, aVoltage, false, true).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.wireGt16, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 5, aTextWire1 + unName + ".16", "16x " + Name + aTextWire2, 0.75F, material.getBridgeMaterial(), aLoss, 16L * aAmperage, aVoltage, false, true).getStackForm(1L));
if (cover) {
GT_OreDictUnificator.registerOre(OrePrefixes.cableGt01, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 6, aTextCable1 + unName + ".01", "1x " + Name + aTextCable2, 0.25F, material.getBridgeMaterial(), aLossInsulated, 1L * aAmperage, aVoltage, true, false).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.cableGt02, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 7, aTextCable1 + unName + ".02", "2x " + Name + aTextCable2, 0.375F, material.getBridgeMaterial(), aLossInsulated, 2L * aAmperage, aVoltage, true, false).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.cableGt04, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 8, aTextCable1 + unName + ".04", "4x " + Name + aTextCable2, 0.5F, material.getBridgeMaterial(), aLossInsulated, 4L * aAmperage, aVoltage, true, false).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.cableGt08, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 9, aTextCable1 + unName + ".08", "8x " + Name + aTextCable2, 0.625F, material.getBridgeMaterial(), aLossInsulated, 8L * aAmperage, aVoltage, true, false).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.cableGt12, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 10, aTextCable1 + unName + ".12", "12x " + Name + aTextCable2, 0.75F, material.getBridgeMaterial(), aLossInsulated, 12L * aAmperage, aVoltage, true, false).getStackForm(1L));
GT_OreDictUnificator.registerOre(OrePrefixes.cableGt16, material.getBridgeMaterial(), new GT_MetaPipeEntity_Cable(ID + 11, aTextCable1 + unName + ".16", "16x " + Name + aTextCable2, 0.875F, material.getBridgeMaterial(), aLossInsulated, 16L * aAmperage, aVoltage, true, false).getStackForm(1L));
}
GT_Values.RA.addWiremillRecipe(material.get(OrePrefixes.ingot, 1), material.get(OrePrefixes.wireGt01, 2), (int) material.getStats().getMass() * 4, 90);
GT_Values.RA.addWiremillRecipe(material.get(OrePrefixes.stick, 1), material.get(OrePrefixes.wireGt01, 1), (int) material.getStats().getMass(), 90);
GT_Values.RA.addWiremillRecipe(material.get(OrePrefixes.wireGt01, 1), material.get(OrePrefixes.wireFine, 4), (int) material.getStats().getMass() * 4, 7);
GT_Values.RA.addExtruderRecipe(material.get(OrePrefixes.ingot, 1), ItemList.Shape_Extruder_Wire.get(0), material.get(OrePrefixes.wireGt01, 2), (int) material.getStats().getMass() * 8, 480);
}
}
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