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|
package gregtech.loaders.oreprocessing;
import static gregtech.api.util.GT_Recipe.GT_Recipe_Map.sAlloySmelterRecipes;
import static gregtech.api.util.GT_Recipe.GT_Recipe_Map.sExtruderRecipes;
import static gregtech.api.util.GT_Recipe.GT_Recipe_Map.sFluidSolidficationRecipes;
import static gregtech.api.util.GT_RecipeBuilder.SECONDS;
import static gregtech.api.util.GT_RecipeBuilder.TICKS;
import static gregtech.api.util.GT_Utility.calculateRecipeEU;
import net.minecraft.init.Blocks;
import net.minecraft.init.Items;
import net.minecraft.item.ItemStack;
import gregtech.api.enums.GT_Values;
import gregtech.api.enums.ItemList;
import gregtech.api.enums.Materials;
import gregtech.api.enums.OrePrefixes;
import gregtech.api.enums.SubTag;
import gregtech.api.enums.TierEU;
import gregtech.api.util.GT_ModHandler;
import gregtech.api.util.GT_OreDictUnificator;
import gregtech.api.util.GT_Utility;
import gregtech.common.GT_Proxy;
@SuppressWarnings("RedundantLabeledSwitchRuleCodeBlock")
public class ProcessingShaping implements gregtech.api.interfaces.IOreRecipeRegistrator {
public ProcessingShaping() {
OrePrefixes.ingot.add(this);
OrePrefixes.dust.add(this);
}
@Override
public void registerOre(OrePrefixes aPrefix, Materials aMaterial, String aOreDictName, String aModName,
ItemStack aStack) {
if (((aMaterial == Materials.Glass) || (GT_OreDictUnificator.get(OrePrefixes.ingot, aMaterial, 1L) != null))
&& (!aMaterial.contains(SubTag.NO_SMELTING))) {
long aMaterialMass = aMaterial.getMass();
int tAmount = (int) (aPrefix.mMaterialAmount / 3628800L);
if ((tAmount > 0) && (tAmount <= 64) && (aPrefix.mMaterialAmount % 3628800L == 0L)) {
int tVoltageMultiplier = aMaterial.mBlastFurnaceTemp >= 2800 ? 60 : 15;
int tTrueVoltage = aMaterial.getProcessingMaterialTierEU();
if (aMaterial.contains(SubTag.NO_SMASHING)) {
tVoltageMultiplier /= 4;
} else if (aPrefix.name()
.startsWith(OrePrefixes.dust.name())) {
return;
}
if (!OrePrefixes.block.isIgnored(aMaterial.mSmeltInto)
&& (GT_OreDictUnificator.get(OrePrefixes.block, aMaterial.mSmeltInto, 1L) != null)) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(9L, aStack), ItemList.Shape_Extruder_Block.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.block, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration((10 * tAmount) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
// Allow creation of alloy smelter recipes for material recycling if < IV tier.
if (tTrueVoltage < TierEU.IV) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(9L, aStack), ItemList.Shape_Mold_Block.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.block, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration((5 * tAmount) * TICKS)
.eut(calculateRecipeEU(aMaterial, 4 * tVoltageMultiplier))
.addTo(sAlloySmelterRecipes);
}
}
if ((aPrefix != OrePrefixes.ingot || aMaterial != aMaterial.mSmeltInto)
&& GT_OreDictUnificator.get(OrePrefixes.ingot, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Ingot.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.ingot, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(10 * TICKS)
.eut(calculateRecipeEU(aMaterial, 4 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeTiny, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Pipe_Tiny.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeTiny, aMaterial.mSmeltInto, tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration((4 * tAmount) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeSmall, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Pipe_Small.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeSmall, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration((8 * tAmount) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeMedium, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(3L, aStack), ItemList.Shape_Extruder_Pipe_Medium.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeMedium, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration((24 * tAmount) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeLarge, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(6L, aStack), ItemList.Shape_Extruder_Pipe_Large.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeLarge, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration((48 * tAmount) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeHuge, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(12L, aStack), ItemList.Shape_Extruder_Pipe_Huge.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeHuge, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration((96 * tAmount) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.plate, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Plate.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.plate, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.gearGtSmall, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Small_Gear.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.gearGtSmall, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.turbineBlade, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(6L, aStack), ItemList.Shape_Extruder_Turbine_Blade.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.turbineBlade, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (!(aMaterial == Materials.AnnealedCopper || aMaterial == Materials.WroughtIron)) {
if (aMaterial.mStandardMoltenFluid != null) {
if (GT_OreDictUnificator.get(OrePrefixes.ring, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Ring.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.ring, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(36L))
.noFluidOutputs()
.duration(5 * SECONDS)
.eut(calculateRecipeEU(aMaterial, 4 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.screw, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Screw.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.screw, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(18L))
.noFluidOutputs()
.duration(2 * SECONDS + 10 * TICKS)
.eut(calculateRecipeEU(aMaterial, 2 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.stick, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Rod.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.stick, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(72L))
.noFluidOutputs()
.duration(7 * SECONDS + 10 * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.bolt, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Bolt.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.bolt, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(18L))
.noFluidOutputs()
.duration(2 * SECONDS + 10 * TICKS)
.eut(calculateRecipeEU(aMaterial, 2 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.round, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Round.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.round, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(18L))
.noFluidOutputs()
.duration(2 * SECONDS + 10 * TICKS)
.eut(calculateRecipeEU(aMaterial, 2 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.stickLong, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Rod_Long.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.stickLong, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(144L))
.noFluidOutputs()
.duration(15 * SECONDS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.turbineBlade, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Turbine_Blade.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.turbineBlade, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(864L))
.noFluidOutputs()
.duration(20 * SECONDS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeTiny, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Pipe_Tiny.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeTiny, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(72L))
.noFluidOutputs()
.duration(1 * SECONDS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeSmall, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Pipe_Small.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeSmall, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(144L))
.noFluidOutputs()
.duration(2 * SECONDS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeMedium, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Pipe_Medium.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeMedium, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(432L))
.noFluidOutputs()
.duration(4 * SECONDS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeLarge, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Pipe_Large.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeLarge, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(864L))
.noFluidOutputs()
.duration(8 * SECONDS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.pipeHuge, aMaterial, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(ItemList.Shape_Mold_Pipe_Huge.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.pipeHuge, aMaterial, 1L))
.fluidInputs(aMaterial.getMolten(1728L))
.noFluidOutputs()
.duration(16 * SECONDS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sFluidSolidficationRecipes);
}
}
}
if (tAmount * 2 <= 64) {
if (!(aMaterial == Materials.Aluminium)) {
if (GT_OreDictUnificator.get(OrePrefixes.stick, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Rod.get(0L))
.itemOutputs(
GT_OreDictUnificator.get(OrePrefixes.stick, aMaterial.mSmeltInto, tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 6 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
} else {
if (GT_OreDictUnificator.get(OrePrefixes.stick, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Rod.get(0L))
.itemOutputs(
GT_OreDictUnificator.get(OrePrefixes.stick, aMaterial.mSmeltInto, tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration(10 * SECONDS)
.eut(calculateRecipeEU(aMaterial, 2 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
}
}
if (tAmount * 2 <= 64) {
if (GT_OreDictUnificator.get(OrePrefixes.wireGt01, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Wire.get(0L))
.itemOutputs(
GT_OreDictUnificator.get(OrePrefixes.wireGt01, aMaterial.mSmeltInto, tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 6 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
}
if (tAmount * 8 <= 64) {
if (GT_OreDictUnificator.get(OrePrefixes.bolt, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Bolt.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.bolt, aMaterial.mSmeltInto, tAmount * 8))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
}
if (tAmount * 4 <= 64) {
if (GT_OreDictUnificator.get(OrePrefixes.ring, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Ring.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.ring, aMaterial.mSmeltInto, tAmount * 4))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 6 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if ((aMaterial.mUnificatable) && (aMaterial.mMaterialInto == aMaterial)
&& !aMaterial.contains(SubTag.NO_SMASHING)) {
// If material tier < IV then add manual recipe.
if (aMaterial.getProcessingMaterialTierEU() < TierEU.IV
&& GT_OreDictUnificator.get(OrePrefixes.ring, aMaterial, 1L) != null) {
GT_ModHandler.addCraftingRecipe(
GT_OreDictUnificator.get(OrePrefixes.ring, aMaterial, 1L),
GT_Proxy.tBits,
new Object[] { "h ", "fX", 'X', OrePrefixes.stick.get(aMaterial) });
}
}
}
if (GT_OreDictUnificator.get(OrePrefixes.toolHeadSword, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Extruder_Sword.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.toolHeadSword, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.toolHeadPickaxe, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(3L, aStack), ItemList.Shape_Extruder_Pickaxe.get(0L))
.itemOutputs(
GT_OreDictUnificator.get(OrePrefixes.toolHeadPickaxe, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 3L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.toolHeadShovel, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Shovel.get(0L))
.itemOutputs(
GT_OreDictUnificator.get(OrePrefixes.toolHeadShovel, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 1L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.toolHeadAxe, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(3L, aStack), ItemList.Shape_Extruder_Axe.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.toolHeadAxe, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 3L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.toolHeadHoe, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Extruder_Hoe.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.toolHeadHoe, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.toolHeadHammer, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(6L, aStack), ItemList.Shape_Extruder_Hammer.get(0L))
.itemOutputs(
GT_OreDictUnificator.get(OrePrefixes.toolHeadHammer, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 6L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.toolHeadFile, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Extruder_File.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.toolHeadFile, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.toolHeadSaw, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Extruder_Saw.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.toolHeadSaw, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (GT_OreDictUnificator.get(OrePrefixes.gearGt, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(4L, aStack), ItemList.Shape_Extruder_Gear.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.gearGt, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 5L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 8 * tVoltageMultiplier))
.addTo(sExtruderRecipes);
}
if (!(aMaterial == Materials.StyreneButadieneRubber || aMaterial == Materials.Silicone)) {
if (aMaterial.getProcessingMaterialTierEU() < TierEU.IV) {
if (GT_OreDictUnificator.get(OrePrefixes.plate, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Mold_Plate.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.plate, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 2 * tVoltageMultiplier))
.addTo(sAlloySmelterRecipes);
}
}
} else {
// If tier < IV then add ability to turn ingots into plates via alloy smelter.
if (tTrueVoltage < TierEU.IV) {
if (GT_OreDictUnificator.get(OrePrefixes.plate, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Mold_Plate.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.plate, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 2L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 2 * tVoltageMultiplier))
.addTo(sAlloySmelterRecipes);
}
}
}
// If tier < IV then add ability to turn ingots into gears via alloy smelter.
if (tTrueVoltage < TierEU.IV) {
if (GT_OreDictUnificator.get(OrePrefixes.gearGt, aMaterial.mSmeltInto, 1L) != null) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(8L, aStack), ItemList.Shape_Mold_Gear.get(0L))
.itemOutputs(GT_OreDictUnificator.get(OrePrefixes.gearGt, aMaterial.mSmeltInto, tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration(((int) Math.max(aMaterialMass * 10L * tAmount, tAmount)) * TICKS)
.eut(calculateRecipeEU(aMaterial, 2 * tVoltageMultiplier))
.addTo(sAlloySmelterRecipes);
}
}
switch (aMaterial.mSmeltInto.mName) {
case "Glass" -> {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Bottle.get(0L))
.itemOutputs(new ItemStack(Items.glass_bottle, 1))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 32) * TICKS)
.eut(16)
.addTo(sExtruderRecipes);
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Mold_Bottle.get(0L))
.itemOutputs(new ItemStack(Items.glass_bottle, 1))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 64) * TICKS)
.eut(4)
.addTo(sAlloySmelterRecipes);
}
case "Steel" -> {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Cell.get(0L))
.itemOutputs(ItemList.Cell_Empty.get(tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(TierEU.RECIPE_LV)
.addTo(sExtruderRecipes);
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingadviron", tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 32) * TICKS)
.eut(3 * tVoltageMultiplier)
.addTo(sExtruderRecipes);
}
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Mold_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingadviron", tAmount * 3))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(1 * tVoltageMultiplier)
.addTo(sAlloySmelterRecipes);
}
}
case "Iron", "WroughtIron" -> {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Cell.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("fuelRod", tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(TierEU.RECIPE_LV)
.addTo(sExtruderRecipes);
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingiron", tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 32) * TICKS)
.eut(3 * tVoltageMultiplier)
.addTo(sExtruderRecipes);
}
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Mold_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingiron", tAmount * 3))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(1 * tVoltageMultiplier)
.addTo(sAlloySmelterRecipes);
}
if (tAmount * 31 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(31L, aStack), ItemList.Shape_Mold_Anvil.get(0L))
.itemOutputs(new ItemStack(Blocks.anvil, 1, 0))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 512) * TICKS)
.eut(4 * tVoltageMultiplier)
.addTo(sAlloySmelterRecipes);
}
}
case "Tin" -> {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Extruder_Cell.get(0L))
.itemOutputs(ItemList.Cell_Empty.get(tAmount))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(TierEU.RECIPE_LV)
.addTo(sExtruderRecipes);
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingtin", tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 32) * TICKS)
.eut(3 * tVoltageMultiplier)
.addTo(sExtruderRecipes);
}
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Mold_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingtin", tAmount * 3))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(1 * tVoltageMultiplier)
.addTo(sAlloySmelterRecipes);
}
}
case "Lead" -> {
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casinglead", tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 32) * TICKS)
.eut(3 * tVoltageMultiplier)
.addTo(sExtruderRecipes);
}
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Mold_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casinglead", tAmount * 3))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(1 * tVoltageMultiplier)
.addTo(sAlloySmelterRecipes);
}
}
case "Copper", "AnnealedCopper" -> {
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingcopper", tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 32) * TICKS)
.eut(3 * tVoltageMultiplier)
.addTo(sExtruderRecipes);
}
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Mold_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingcopper", tAmount * 3))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(1 * tVoltageMultiplier)
.addTo(sAlloySmelterRecipes);
}
}
case "Bronze" -> {
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingbronze", tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 32) * TICKS)
.eut(3 * tVoltageMultiplier)
.addTo(sExtruderRecipes);
}
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Mold_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casingbronze", tAmount * 3))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(1 * tVoltageMultiplier)
.addTo(sAlloySmelterRecipes);
}
}
case "Gold" -> {
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casinggold", tAmount * 2))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 32) * TICKS)
.eut(3 * tVoltageMultiplier)
.addTo(sExtruderRecipes);
}
if (tAmount * 2 <= 64) {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(2L, aStack), ItemList.Shape_Mold_Casing.get(0L))
.itemOutputs(GT_ModHandler.getIC2Item("casinggold", tAmount * 3))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(1 * tVoltageMultiplier)
.addTo(sAlloySmelterRecipes);
}
}
case "Polytetrafluoroethylene" -> {
GT_Values.RA.stdBuilder()
.itemInputs(GT_Utility.copyAmount(1L, aStack), ItemList.Shape_Extruder_Cell.get(0L))
.itemOutputs(ItemList.Cell_Empty.get(tAmount * 4))
.noFluidInputs()
.noFluidOutputs()
.duration((tAmount * 128) * TICKS)
.eut(TierEU.RECIPE_LV)
.addTo(sExtruderRecipes);
}
}
}
}
}
}
|
