package gtPlusPlus.xmod.gregtech.loaders;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.Set;
import net.minecraft.item.ItemStack;
import net.minecraftforge.fluids.FluidStack;
import gregtech.api.enums.GT_Values;
import gregtech.api.enums.ItemList;
import gtPlusPlus.api.interfaces.RunnableWithInfo;
import gtPlusPlus.api.objects.Logger;
import gtPlusPlus.core.lib.CORE;
import gtPlusPlus.core.material.ALLOY;
import gtPlusPlus.core.material.Material;
import gtPlusPlus.core.material.MaterialGenerator;
import gtPlusPlus.core.material.MaterialStack;
import gtPlusPlus.core.material.nuclear.FLUORIDES;
import gtPlusPlus.core.material.nuclear.NUCLIDE;
import gtPlusPlus.core.material.state.MaterialState;
import gtPlusPlus.core.util.minecraft.FluidUtils;
import gtPlusPlus.core.util.minecraft.ItemUtils;
import gtPlusPlus.core.util.minecraft.MaterialUtils;
public class RecipeGen_BlastSmelter extends RecipeGen_Base {
public static final Set<RunnableWithInfo<Material>> mRecipeGenMap = new HashSet<RunnableWithInfo<Material>>();
static {
MaterialGenerator.mRecipeMapsToGenerate.put(mRecipeGenMap);
}
public RecipeGen_BlastSmelter(final Material M) {
this.toGenerate = M;
mRecipeGenMap.add(this);
}
@Override
public void run() {
generateARecipe(this.toGenerate);
}
private void generateARecipe(final Material M) {
// Add a Blast Smelting Recipe, Let's go!
ItemStack tStack;
if (null != (tStack = M.getDust(1))) {
final Material[] badMaterials = { FLUORIDES.THORIUM_HEXAFLUORIDE, FLUORIDES.THORIUM_TETRAFLUORIDE,
ALLOY.BLOODSTEEL, NUCLIDE.LiFBeF2ThF4UF4, NUCLIDE.LiFBeF2ZrF4UF4, NUCLIDE.LiFBeF2ZrF4U235 };
for (final Material R : badMaterials) {
if (M == R) {
return;
}
}
// Prepare some Variables
ItemStack[] components;
ArrayList<MaterialStack> tMaterial = new ArrayList<>();
int inputStackCount = 0;
int fluidAmount = 0;
final boolean doTest = true;
tMaterial = M.getComposites();
// This Bad boy here is what dictates unique recipes.
ItemStack circuitGT;
// Set a duration - OLD
/*
* int duration = 0; if (M.getMeltingPointK() > 150){ duration = (int) Math.max(M.getMass() / 50L, 1L) *
* M.getMeltingPointK(); } else { duration = (int) Math.max(M.getMass() / 50L, 1L) * 150; }
*/
long aVoltage = MaterialUtils.getVoltageForTier(M.vTier);
// Set a duration - NEW
int duration = 120 * M.vTier * 10;
if (M.vTier <= 4) {
duration = 20 * M.vTier * 10;
}
int mMaterialListSize = 0;
int mTotalPartsCounter = M.smallestStackSizeWhenProcessing;
if (M.getComposites() != null) {
for (final gtPlusPlus.core.material.MaterialStack ternkfsdf : M.getComposites()) {
if (ternkfsdf != null) {
mMaterialListSize++;
// mTotalPartsCounter += ternkfsdf.getSmallestStackSizes()[0];
}
}
} else {
mMaterialListSize = 1;
}
if (duration <= 0) {
final int second = 20;
duration = 14 * second * mMaterialListSize * 8;
}
Logger.WARNING("[BAS] Size: " + mMaterialListSize);
// Make a simple one Material MaterialStack[] and log it for validity.
circuitGT = ItemUtils.getGregtechCircuit(1);
final ItemStack[] tItemStackTest = new ItemStack[] { circuitGT, tStack };
inputStackCount = 1;
fluidAmount = 144 * inputStackCount;
Logger.WARNING(
"[BAS] Adding an Alloy Blast Smelter Recipe for " + M.getLocalizedName()
+ ". Gives "
+ fluidAmount
+ "L of molten metal.");
for (int das = 0; das < tItemStackTest.length; das++) {
if (tItemStackTest[das] != null) {
Logger.WARNING(
"[BAS] tMaterial[" + das
+ "]: "
+ tItemStackTest[das].getDisplayName()
+ " Meta: "
+ tItemStackTest[das].getItemDamage()
+ ", Amount: "
+ tItemStackTest[das].stackSize);
}
}
final boolean hasMoreInputThanACircuit = (tItemStackTest.length > 1);
// Generate Recipes for all singular materials that can be made molten.
if (hasMoreInputThanACircuit) {
if (M.requiresBlastFurnace()) {
if (CORE.RA.addBlastSmelterRecipe(
tItemStackTest,
M.getFluidStack(fluidAmount),
100,
(duration / (mTotalPartsCounter > 0 ? mTotalPartsCounter : 1)),
(int) aVoltage)) {
Logger.WARNING("[BAS] Success.");
Logger.WARNING("[BAS] Success, Also added a Fluid solidifier recipe.");
/*
* if (GT_Values.RA.addFluidExtractionRecipe(M.getIngot(1), null, M.getFluidStack(144), 100,
* duration, 120)){ Logger.WARNING("[BAS] Success, Also added a Fluid Extractor recipe."); } if
* (GT_Values.RA.addFluidExtractionRecipe(M.getNugget(1), null, M.getFluidStack(16), 100,
* duration/9, 120)){ Logger.WARNING("[BAS] Success, Also added a Fluid Extractor recipe."); }
*/
/*
* if (GT_Values.RA.addFluidExtractionRecipe(M.getSmallDust(1), null, M.getFluid(36), 100,
* duration/4, 120)){ Logger.WARNING("[BAS] Success, Also added a Fluid Extractor recipe."); }
* if (GT_Values.RA.addFluidExtractionRecipe(M.getTinyDust(1), null, M.getFluid(16), 100,
* duration/9, 120)){ Logger.WARNING("[BAS] Success, Also added a Fluid Extractor recipe."); }
*/
}
} else {
Logger.WARNING("[BAS] Failed.");
}
} else {
if (CORE.RA.addBlastSmelterRecipe(
tItemStackTest,
M.getFluidStack(fluidAmount),
100,
duration / (mTotalPartsCounter > 0 ? mTotalPartsCounter : 1) / 2,
(int) aVoltage)) {
Logger.WARNING("[BAS] Success.");
if (GT_Values.RA.addFluidSolidifierRecipe(
ItemList.Shape_Mold_Ingot.get(0),
M.getFluidStack(144),
M.getIngot(1),
duration / 2,
60)) {
Logger.WARNING("[BAS] Success, Also added a Fluid solidifier recipe.");
/*
* if (GT_Values.RA.addFluidExtractionRecipe(M.getIngot(1), null, M.getFluidStack(144), 100,
* duration/2, 60)){ Logger.WARNING("[BAS] Success, Also added a Fluid Extractor recipe."); } if
* (GT_Values.RA.addFluidExtractionRecipe(M.getNugget(1), null, M.getFluidStack(16), 100,
* duration/2/9, 60)){ Logger.WARNING("[BAS] Success, Also added a Fluid Extractor recipe."); }
*/
/*
* if (GT_Values.RA.addFluidExtractionRecipe(M.getSmallDust(1), null, M.getFluid(36), 100,
* duration/2/4, 60)){ Logger.WARNING("[BAS] Success, Also added a Fluid Extractor recipe."); }
* if (GT_Values.RA.addFluidExtractionRecipe(M.getTinyDust(1), null, M.getFluid(16), 100,
* duration/2/9, 60)){ Logger.WARNING("[BAS] Success, Also added a Fluid Extractor recipe."); }
*/
}
} else {
Logger.WARNING("[BAS] Failed.");
}
}
if (tMaterial != null) {
// Reset the Variables for compounds if last recipe was a success.
inputStackCount = 0;
// If this Material has some kind of compound list, proceed
if (mMaterialListSize > 1) {
final gtPlusPlus.core.material.MaterialStack[] tempStack = new gtPlusPlus.core.material.MaterialStack[mMaterialListSize];
circuitGT = ItemUtils.getGregtechCircuit(mMaterialListSize);
// Just double checking
if (tempStack.length > 1) {
// Builds me a MaterialStack[] from the MaterialList of M.
int ooo = 0;
for (final gtPlusPlus.core.material.MaterialStack xMaterial : M.getComposites()) {
if (xMaterial != null) {
if (xMaterial.getStackMaterial() != null) {
Logger.WARNING("[BAS] FOUND: " + xMaterial.getStackMaterial().getLocalizedName());
Logger.WARNING("[BAS] ADDING: " + xMaterial.getStackMaterial().getLocalizedName());
}
tempStack[ooo] = xMaterial;
}
ooo++;
}
// Builds me an ItemStack[] of the materials. - Without a circuit - this gets a good count for
// the 144L fluid multiplier
components = new ItemStack[9];
inputStackCount = 0;
FluidStack componentsFluid = null;
for (int irc = 0; irc < M.getComposites().size(); irc++) {
if (M.getComposites().get(irc) != null) {
final int r = (int) M.vSmallestRatio[irc];
inputStackCount = inputStackCount + r;
if ((M.getComposites().get(irc).getStackMaterial().getState() != MaterialState.SOLID)
|| !ItemUtils
.checkForInvalidItems(M.getComposites().get(irc).getDustStack(r))) {
final int xr = r;
if ((xr > 0) && (xr <= 100)) {
final int mathmatics = (r * 1000);
componentsFluid = FluidUtils.getFluidStack(
M.getComposites().get(irc).getStackMaterial().getFluidStack(mathmatics),
mathmatics);
}
} else {
components[irc] = M.getComposites().get(irc).getUnificatedDustStack(r);
}
}
}
// Adds a circuit
if ((mMaterialListSize < 9) && (mMaterialListSize != 0)) {
final ItemStack[] components_NoCircuit = components;
// Builds me an ItemStack[] of the materials. - With a circuit
components = new ItemStack[components_NoCircuit.length + 1];
for (int fr = 0; fr < components.length; fr++) {
if (fr == 0) {
components[0] = circuitGT;
} else {
components[fr] = components_NoCircuit[fr - 1];
}
}
Logger.WARNING(
"[BAS] Should have added a circuit. mMaterialListSize: " + mMaterialListSize
+ " | circuit: "
+ components[0].getDisplayName());
} else {
Logger.WARNING("[BAS] Did not add a circuit. mMaterialListSize: " + mMaterialListSize);
}
// Set Fluid output
fluidAmount = 144 * inputStackCount;
Logger.WARNING(
"[BAS] Adding an Alloy Blast Smelter Recipe for " + M.getLocalizedName()
+ " using it's compound dusts. This material has "
+ inputStackCount
+ " parts. Gives "
+ fluidAmount
+ "L of molten metal.");
Logger.WARNING("[BAS] tMaterial.length: " + components.length + ".");
for (int das = 0; das < components.length; das++) {
if (components[das] != null) {
Logger.WARNING(
"[BAS] tMaterial[" + das
+ "]: "
+ components[das].getDisplayName()
+ " Meta: "
+ components[das].getItemDamage()
+ ", Amount: "
+ components[das].stackSize);
}
}
// Adds Recipe
if (M.requiresBlastFurnace()) {
if (CORE.RA.addBlastSmelterRecipe(
components,
componentsFluid,
M.getFluidStack(fluidAmount),
100,
duration,
(int) aVoltage)) {
Logger.WARNING("[BAS] Success.");
} else {
Logger.WARNING("[BAS] Failed.");
}
} else {
if (CORE.RA.addBlastSmelterRecipe(
components,
componentsFluid,
M.getFluidStack(fluidAmount),
100,
duration,
(int) aVoltage / 2)) {
Logger.WARNING("[BAS] Success.");
} else {
Logger.WARNING("[BAS] Failed.");
}
}
}
}
} else {
Logger.WARNING("[BAS] doTest: " + doTest + " | tMaterial != null: " + (tMaterial != null));
}
}
}
}