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1 files changed, 363 insertions, 0 deletions

diff --git a/ihl/worldgen/ores/IHLFluid.java b/ihl/worldgen/ores/IHLFluid.java
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+++ b/ihl/worldgen/ores/IHLFluid.java
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+package ihl.worldgen.ores;

+

+import java.util.ArrayList;

+import java.util.Arrays;

+import java.util.HashMap;

+import java.util.Iterator;

+import java.util.List;

+import java.util.Map;

+

+import ic2.core.Ic2Items;

+import ihl.IHLCreativeTab;

+import ihl.IHLModInfo;

+import ihl.items_blocks.IHLFluidBlock;

+import cpw.mods.fml.common.registry.GameRegistry;

+import net.minecraft.block.Block;

+import net.minecraft.block.material.MapColor;

+import net.minecraft.block.material.Material;

+import net.minecraft.block.material.MaterialLiquid;

+import net.minecraft.client.Minecraft;

+import net.minecraft.client.renderer.texture.TextureMap;

+import net.minecraft.item.Item;

+import net.minecraft.item.ItemBucket;

+import net.minecraft.item.ItemStack;

+import net.minecraftforge.fluids.Fluid;

+import net.minecraftforge.fluids.FluidContainerRegistry;

+import net.minecraftforge.fluids.FluidRegistry;

+import net.minecraftforge.fluids.FluidStack;

+

+public class IHLFluid extends Fluid

+{

+	private IHLFluidType type;

+	private static List<Fluid> fluidInstances = new ArrayList();

+	private static Map<String, IHLFluidType> localFluidRegistry = new HashMap();

+	private static Map<String, Float> realDensityMap = new HashMap();

+	private static Map<String, String> condensationMap = new HashMap();

+	private static Map<String, List<String>> solutionMap = new HashMap();

+	public static final int maxGaseousStateVapoursDensity = 40;

+	

+	public IHLFluid(IHLFluidType type1) {

+		super(type1.fluidRegistryName);

+		type=type1;

+		this.setTemperature(type.temperature);

+		this.setDensity(Math.round(type.density));

+		realDensityMap.put(type1.fluidRegistryName, type.density);

+		this.setGaseous(type.isGaseous);

+		this.setUnlocalizedName(type.fluidRegistryName.replaceFirst("fluid", ""));

+		Fluid instance = this;

+        if (!FluidRegistry.registerFluid(instance))

+        {

+        	instance = FluidRegistry.getFluid(type.fluidRegistryName);

+        }

+		if(instance.getBlock()==null && !type.noBlock)

+		{

+			instance.setBlock(new IHLFluidBlock(instance, type.blockMaterial, type.textureName, "fluid"+type.fluidName.replaceFirst("fluid", "")).setFlammable(type.flammable).setBlockName("block"+type.fluidName).setCreativeTab(IHLCreativeTab.tab));

+		}

+		if(type.haveBucket)

+		{

+			Item bucket = new ItemBucket(block).setTextureName(IHLModInfo.MODID+":bucket_"+type.fluidName).setUnlocalizedName("bucket_"+type.fluidName).setCreativeTab(IHLCreativeTab.tab);

+		    GameRegistry.registerItem(bucket, "bucket_"+type.fluidName);

+		    FluidContainerRegistry.registerFluidContainer(instance,  new ItemStack(bucket), FluidContainerRegistry.EMPTY_BUCKET);

+		}

+		type.fluid=instance;

+        localFluidRegistry.put(type1.fluidRegistryName, type);

+		fluidInstances.add(this);

+	}

+	

+	public static void init()

+	{

+		IHLFluidType[] var1 = IHLFluidType.values();

+		for(int i=0;i<var1.length;i++)

+		{

+			new IHLFluid(var1[i]);

+		}

+		condensationMap.put("steam", "ic2distilledwater");

+		condensationMap.put("ic2steam", "ic2distilledwater");

+		condensationMap.put("ic2superheatedsteam", "ic2distilledwater");

+		condensationMap.put("vapour.sulfuricacid", "sulfuricacid");

+		solutionMap.put("water", Arrays.asList(new String [] {"aquaregia","sulfuricacid","solution.nickelsulfate","solution.bluevitriol"}));

+		solutionMap.put("ic2distilledwater", Arrays.asList(new String [] {"aquaregia","sulfuricacid","solution.nickelsulfate","solution.bluevitriol"}));

+	}

+	

+	public static void registerIcons(TextureMap iconRegistry)

+	{

+		Iterator<Fluid> ii = fluidInstances.iterator();

+		while(ii.hasNext())

+		{

+			Fluid instance = ii.next();

+			IHLFluidType instanceType = localFluidRegistry.get(instance.getName());

+			instance.setIcons(

+					iconRegistry.registerIcon(IHLModInfo.MODID + ":" + instanceType.textureName + "Still")

+					,iconRegistry.registerIcon(IHLModInfo.MODID + ":" + instanceType.textureName + "Flowing")

+					);

+		}

+	}

+	

+	public static ItemStack getCell(String fluidname1)

+	{

+		ItemStack filledCell = FluidContainerRegistry.fillFluidContainer(new FluidStack(FluidRegistry.getFluid(fluidname1), FluidContainerRegistry.BUCKET_VOLUME),Ic2Items.cell.copy());

+		return filledCell;

+	}

+	

+	public static Block getBlock(String fluidname)

+	{

+		return localFluidRegistry.get(fluidname).fluid.getBlock();

+	}

+	

+	public static int getMeltingPoint(Fluid fluid)

+	{

+		if(localFluidRegistry.get(fluid.getName())!=null)

+		{

+			IHLFluidType type = localFluidRegistry.get(fluid.getName());

+			return type.meltingPoint;

+		}

+		else

+		{

+			if(fluid.isGaseous())

+			{

+				return fluid.getTemperature()>100?fluid.getTemperature()-100:0;

+			}

+			else

+			{

+				return fluid.getTemperature();

+			}

+		}

+	}

+	

+	public static int getBoilingPoint(Fluid fluid)

+	{

+		if(localFluidRegistry.containsKey(fluid.getName()))

+		{

+			IHLFluidType type = localFluidRegistry.get(fluid.getName());

+			return type.boilingPoint;

+		}

+		else

+		{

+			if(fluid.getName()=="steam" || fluid.getName()=="ic2steam" || fluid.getName()=="ic2superheatedsteam")

+			{

+				return 373;

+			}

+			else if(fluid.isGaseous())

+			{

+				return fluid.getTemperature();

+			}

+			else

+			{

+				return fluid.getTemperature()+100;

+			}

+		}

+	}

+

+	public enum IHLFluidType

+	{

+		//Methane("Methane","fluidAcetylene",10047, 293, 249, 373, 1150, "methane", Material.water, false, false, false, false),

+		LithiumChloride("LithiumChlorideDissolvedInWater",10046, 293, 249, 373, 1530, "solution.lithiumchloride", Material.water, false, false, false),

+		CalciumChloride("CalciumChlorideDissolvedInWater",10045, 293, 249, 373, 1630, "solution.calciumchloride", Material.water, false, false, false),

+		ZeolitePulp("ZeolitePulp","fluidPulpZeolite",10044, 293, 249, 373, 1150, "pulp.sodiumzeolite", Material.water, false, false, false),

+		MoltenTarPitch("MoltenTarPitch","fluidOil",10043, 373, 373, 800, 1250, "molten.tarpitch", Material.lava, false, false, false),

+		CrackingGas("CrackingGas","fluidAcetylene",10042, 293, 135, 273, 2.27f, "crackinggas",new MaterialLiquid(MapColor.blackColor), false, false, false),

+		Trichlorosilane("Trichlorosilane","fluidHydrogenChloride", 10041, 293, 147, 305, 1342, "trichlorosilane", new MaterialLiquid(MapColor.greenColor), true, false, false),

+		SiliconTetrachloride("SiliconTetrachloride","fluidChlorine", 10040, 293, 204, 330, 584, "silicontetrachloride", new MaterialLiquid(MapColor.cyanColor), true, false, false),

+		Chlorine("Chlorine", 10039, 293, 172, 238, 3.21F),

+		BoricAcid("BoricAcid",10038, 373, 249, 373, 1275, "boricacid", Material.water, false, false, false),

+		MicaPulp("PulpMica",10037, 293, 249, 373, 1150, "pulp.mica", Material.water, false, false, false),

+		CellulosePulp("PulpCellulose",10036, 293, 249, 373, 1075, "pulp.cellulose", Material.water, false, false, false),

+		Fuel("Fuel", 10035, 293, 268, 633, 840, "fuel", Material.water, true, false, true),

+		MineralOil("MineralOil", 10034, 293, 238, 704, 845, "mineraloil", Material.water, true, false, true),

+		FuelOil("FuelOil", 10033, 293, 293, 693, 991, "fueloil", Material.water, true, false, true),

+		Oil("Oil", 10032, 293, 284, 773, 850, "oil", Material.water, true, false, true),

+		Mercury("Mercury", 10031, 293, 234, 630, 13546),

+		VapourMercury("VapourMercury",10030, 630, 234, 630, 9.229F, "vapour.mercury", new MaterialLiquid(MapColor.cyanColor), false, false, false),

+		Hydrogen("Hydrogen", 10029, 293, 14, 20, 0.046F, "hydrogen", new MaterialLiquid(MapColor.blueColor), true, false, true),

+		SaltWater("SaltWater", 10028, 293, 253, 373, 1360),

+		HydrogenChloride("HydrogenChloride", 10027, 293, 159, 188, 1.477F, "hydrogenchloride", new MaterialLiquid(MapColor.yellowColor), true, false, true),

+		NatriumTungstate("NatriumTungstateDissolvedInWater",10026, 293, 249, 373, 1730, "solution.natriumtungstate", Material.water, true, false, false),

+		Turpentine("Turpentine",10025, 293, 217, 453, 1470, "turpentine", Material.water, true, false, true),

+		Air("Air", 293, 55, 93, 1.292F, Ic2Items.airCell),

+		Nitrogen("Nitrogen", 10024, 92, 56, 92, 1.251F, "nitrogen", new MaterialLiquid(MapColor.airColor), true, false, true),

+		Acetylene("Acetylene", 10023, 293, 17, 190, 1.173F, "acetylene", Material.water, true, false, true),

+		Oxygen("Oxygen", 10022, 93, 55, 93, 1.429F, "oxygen", new MaterialLiquid(MapColor.airColor), true, false, true),

+		NatriumHydroxide("NatriumHydroxideDissolvedInWater",10021, 293, 249, 373, 1525, "solution.natriumhydroxide", Material.water, true, false, false),

+		LiquidGlass("LiquidGlass",10020, 293, 253, 373, 2400),

+		fluidRubberTreeSap("fluidRubberTreeSap",10019, 293, 273, 393, 1200, "fluidrubbertreesap", Material.water, true, true, false),

+		SpruceResin("SpruceResin",10018, 293, 273, 533, 1080, "spruceresin", Material.water, true, true, true),

+		CablingColophony("CablingColophony",10017, 363, 363, 533, 1070, "cablingcolophony", Material.water, true, false, true),

+		Glyceryl("Glyceryl",10016, 293, 291, 583, 1261, "glyceryl", Material.water, true, false, true),

+		SeedOil("SeedOil",10015, 293, 256, 583, 920, "seedoil", Material.water, true, false, true),

+		AquaRegia("AquaRegia",10014, 293, 231, 356, 1060),

+		SodiumPeroxide("SodiumPeroxide",10013, 950, 950, 2223, 1800),

+		OsmiumTetroxide("OsmiumTetroxide",10012, 313, 313, 403, 9),

+		OleicAcid("OleicAcid",10011, 293, 288, 633, 895, "oleicacid", Material.water, true, false, true),

+		Limemilk("Limemilk",10010, 293, 250, 373, 1020),

+		NickelSulfateDissolvedInWater("NickelSulfateDissolvedInWater",10009, 293, 253, 373, 1220, "solution.nickelsulfate", Material.water, true, false, false),

+		BlueVitriolDissolvedInWater("BlueVitriolDissolvedInWater",10008, 293, 253, 373, 1180, "solution.bluevitriol", Material.water, true, false, false),

+		MoltenRubberWithSulfur("MoltenRubberWithSulfur",10007, 600, 600, 1000, 1200, "molten.rubber", Material.lava, false, false, true),

+		MoltenLithium("MoltenLithium","fluidMolten",10042, 454, 454, 1613, 512, "molten.lithium", Material.lava, false, false, false),

+		MoltenSodiumChloride("MoltenSodiumChloride","fluidMolten",10006, 1273, 1273, 1740, 1556, "molten.sodiumchloride", Material.lava, false, false, false),

+		MoltenGlass("MoltenGlass","fluidMolten",10048, 600, 600, 1950, 2270, "molten.glass", Material.lava, false, false, false, true),

+		MoltenMagnesium("MoltenMagnesium","fluidMolten",10006, 923, 923, 1623, 1584, "molten.magnesium", Material.lava, false, false, false),

+		MoltenSteel("MoltenSteel","fluidMolten",10006, 1800, 1800, 3134, 6980, "molten.steel", Material.lava, false, false, false),

+		MoltenCopper("MoltenCopper","fluidMolten",10048, 1356, 1356, 2840, 8920, "molten.copper", Material.lava, false, false, false),

+		MoltenBronze("MoltenBronze",10005, 940, 940, 2840, 8000, "molten.bronze", Material.lava, false, false, false),

+		MoltenGold("MoltenGold",10005, 1337, 1337, 3129, 17310, "molten.gold", Material.lava, false, false, false),

+		VapourSulfuricAcid("VapourSulfuricAcid",10004, 610, 283, 610, 4.522F, "vapour.sulfuricacid", new MaterialLiquid(MapColor.redColor), false, false, false),

+		SulfuricAnhydride("SulfuricAnhydride",10003, 45, 17, 45, 2, "sulfuricanhydride", new MaterialLiquid(MapColor.redColor), true, false, false),

+		SulfuricAcid("SulfuricAcid",10002, 293, 283, 610, 1836),

+		NitricAcid("NitricAcid",10001, 293, 231, 356, 1100);

+		IHLFluidType(String fluidName1, int celldamage, int temperature1, int meltingPoint1, int boilingPoint1, float density1)

+		{

+			fluidName=fluidName1;

+			fluidRegistryName=fluidName.toLowerCase();

+			textureName="fluid"+fluidName.replaceFirst("fluid", "");

+			temperature=temperature1;

+			density=density1;

+			cellName="itemCell"+fluidName;

+			haveBucket=false;

+			isGaseous=density1<maxGaseousStateVapoursDensity;

+			boilingPoint=boilingPoint1;

+			meltingPoint=meltingPoint1;

+			damage=celldamage;

+		}

+		IHLFluidType(String fluidName1, int temperature1, int meltingPoint1, int boilingPoint1, float density1, ItemStack cell1)

+		{

+			fluidName=fluidName1;

+			fluidRegistryName=fluidName.toLowerCase();

+			textureName="fluid"+fluidName.replaceFirst("fluid", "");

+			temperature=temperature1;

+			density=density1;

+			cellName="itemCell"+fluidName;

+			haveBucket=false;

+			isGaseous=density1<maxGaseousStateVapoursDensity;

+			boilingPoint=boilingPoint1;

+			meltingPoint=meltingPoint1;

+			damage=99999;

+			hasCell=false;

+			cell=cell1;

+		}

+

+		IHLFluidType(String fluidName1, int celldamage, int temperature1, int meltingPoint1, int boilingPoint1, float density1, String fluidRegistryName1, Material blockMaterial1, boolean hasCell1, boolean haveBucket1, boolean flammable1)

+		{

+			fluidName=fluidName1;

+			fluidRegistryName=fluidRegistryName1;

+			textureName="fluid"+fluidName.replaceFirst("fluid", "");

+			temperature=temperature1;

+			density=density1;

+			cellName="itemCell"+fluidName;

+			haveBucket=haveBucket1;

+			flammable=flammable1;

+			isGaseous=density1<maxGaseousStateVapoursDensity;

+			blockMaterial=blockMaterial1;

+			boilingPoint=boilingPoint1;

+			meltingPoint=meltingPoint1;

+			hasCell=hasCell1;

+			damage=celldamage;

+		}

+		IHLFluidType(String fluidName1, String textureName1, int celldamage, int temperature1, int meltingPoint1, int boilingPoint1, float density1, String fluidRegistryName1, Material blockMaterial1, boolean hasCell1, boolean haveBucket1, boolean flammable1)

+		{

+			fluidName=fluidName1;

+			fluidRegistryName=fluidRegistryName1;

+			textureName=textureName1;

+			temperature=temperature1;

+			density=density1;

+			cellName="itemCell"+fluidName;

+			haveBucket=haveBucket1;

+			flammable=flammable1;

+			isGaseous=density1<maxGaseousStateVapoursDensity;

+			blockMaterial=blockMaterial1;

+			boilingPoint=boilingPoint1;

+			meltingPoint=meltingPoint1;

+			hasCell=hasCell1;

+			damage=celldamage;

+		}

+		IHLFluidType(String fluidName1, String textureName1, int celldamage, int temperature1, int meltingPoint1, int boilingPoint1, float density1, String fluidRegistryName1, Material blockMaterial1, boolean hasCell1, boolean haveBucket1, boolean flammable1, boolean noBlock1)

+		{

+			noBlock=noBlock1;

+			fluidName=fluidName1;

+			fluidRegistryName=fluidRegistryName1;

+			textureName=textureName1;

+			temperature=temperature1;

+			density=density1;

+			cellName="itemCell"+fluidName;

+			haveBucket=haveBucket1;

+			flammable=flammable1;

+			isGaseous=density1<maxGaseousStateVapoursDensity;

+			blockMaterial=blockMaterial1;

+			boilingPoint=boilingPoint1;

+			meltingPoint=meltingPoint1;

+			hasCell=hasCell1;

+			damage=celldamage;

+		}

+		public String fluidName;

+		public String fluidRegistryName;

+		public String cellName;

+		public String textureName;

+		int temperature;

+		float density;

+		boolean isGaseous;

+		boolean flammable=false;

+		boolean noBlock=false;

+		boolean haveBucket;

+		Material blockMaterial = Material.water;

+		int meltingPoint;

+		int boilingPoint;

+		public boolean hasCell=true;

+		public ItemStack cell;

+		public Fluid fluid;

+		public final int damage;

+	}

+

+	public static FluidStack getCondensationResult(FluidStack condensatedGas) 

+	{

+		String fluidname = condensationMap.get(condensatedGas.getFluid().getName());

+		Fluid fluid = FluidRegistry.getFluid(fluidname);

+		if(fluid!=null)

+		{

+			int quantity=Math.round(condensatedGas.amount*getCondensationConversionRate(condensatedGas.getFluid()));

+			if(quantity>0)

+			{

+				return new FluidStack(fluid.getID(),quantity);

+			}

+		}

+		return null;

+	}

+	public static float getCondensationConversionRate(Fluid gas) 

+	{

+		String fluidname = condensationMap.get(gas.getName());

+		Fluid fluid = FluidRegistry.getFluid(fluidname);

+		if(fluid!=null)

+		{

+			float rate = (float)gas.getDensity()/(float)fluid.getDensity();

+			if(gas.getDensity()<0)

+			{

+				//IC2 steam density -800, 100 mb steam from 1 mb water

+				rate=(-8000F/gas.getDensity())/fluid.getDensity();

+			}

+				return rate;

+		}

+		return 0F;

+	}

+	

+	public static boolean canBeDissolvedIn(FluidStack solvent, String impurity)

+	{

+		return solutionMap.get(solvent.getFluid().getName()).contains(impurity);

+	}

+

+	public static float getRealDensity(Fluid gas) 

+	{

+		if(realDensityMap.containsKey(gas.getName()))

+		{

+			return realDensityMap.get(gas.getName());

+		}

+		else

+		{

+			float density = gas.getDensity();

+			if(gas.getDensity()<0)

+			{

+				//IC2 steam density -800, 100 mb steam from 1 mb water

+				density=-8000F/gas.getDensity();

+			}

+			return density;

+		}

+	}

+	

+}