Examples of net.minecraftforge.fluids.Fluid

net.minecraftforge.fluids.Fluid
Minecraft Forge Fluid Implementation This class is a fluid (liquid or gas) equivalent to "Item." It describes the nature of a fluid and contains its general properties. These properties do not have inherent gameplay mechanics - they are provided so that mods may choose to take advantage of them. Fluid implementations are not required to actively use these properties, nor are objects interfacing with fluids required to make use of them, but it is encouraged. The default values can be used as a reference point for mods adding fluids such as oil or heavy water. @author King Lemming

    multiblockEventHandler = new MultiblockEventHandler();
    MinecraftForge.EVENT_BUS.register(multiblockEventHandler);
    
    proxy.preInit();
    
    Fluid waterFluid = FluidRegistry.WATER; // Force-load water to prevent startup crashes
  }

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    if(BigReactors.fluidYelloriumStill == null) {
      BRConfig.CONFIGURATION.load();
      
      BigReactors.fluidYellorium = FluidRegistry.getFluid("yellorium");
      if(fluidYellorium == null) {
        fluidYellorium = new Fluid("yellorium");
        fluidYellorium.setDensity(100);
        fluidYellorium.setGaseous(false);
        fluidYellorium.setLuminosity(10);
        fluidYellorium.setRarity(EnumRarity.uncommon);
        fluidYellorium.setTemperature(295);
        fluidYellorium.setViscosity(100);
        fluidYellorium.setUnlocalizedName("bigreactors.yellorium.still");
        FluidRegistry.registerFluid(fluidYellorium);
      }


      BlockBRGenericFluid liqY = new BlockBRGenericFluid(BigReactors.fluidYellorium, "yellorium");
      BigReactors.fluidYelloriumStill = liqY;
      
      GameRegistry.registerBlock(BigReactors.fluidYelloriumStill, ItemBlock.class, BigReactors.fluidYelloriumStill.getUnlocalizedName());


      fluidYelloriumBucketItem = (new ItemBRBucket(liqY)).setUnlocalizedName("bucket.yellorium").setMaxStackSize(1).setContainerItem(Items.bucket);
            GameRegistry.registerItem(fluidYelloriumBucketItem, "bucketYellorium");
      
      BRConfig.CONFIGURATION.save();
    }
    
    if(BigReactors.fluidCyaniteStill == null) {
      BRConfig.CONFIGURATION.load();
      
      BigReactors.fluidCyanite = FluidRegistry.getFluid("cyanite");
      if(fluidCyanite == null) {
        fluidCyanite = new Fluid("cyanite");
        fluidCyanite.setDensity(100);
        fluidCyanite.setGaseous(false);
        fluidCyanite.setLuminosity(6);
        fluidCyanite.setRarity(EnumRarity.uncommon);
        fluidCyanite.setTemperature(295);
        fluidCyanite.setViscosity(100);
        fluidCyanite.setUnlocalizedName("bigreactors.cyanite.still");
        FluidRegistry.registerFluid(fluidCyanite);
      }


      BlockBRGenericFluid liqDY = new BlockBRGenericFluid(fluidCyanite, "cyanite");
      BigReactors.fluidCyaniteStill = liqDY;
      GameRegistry.registerBlock(BigReactors.fluidCyaniteStill, ItemBlock.class, BigReactors.fluidCyaniteStill.getUnlocalizedName());
      
      fluidCyaniteBucketItem = (new ItemBRBucket(liqDY)).setUnlocalizedName("bucket.cyanite").setMaxStackSize(1).setContainerItem(Items.bucket);
            GameRegistry.registerItem(fluidCyaniteBucketItem, "bucketCyanite");
      
      BRConfig.CONFIGURATION.save();
    }


    if(BigReactors.fluidFuelColumnStill == null) {
      BRConfig.CONFIGURATION.load();
      
      BigReactors.fluidFuelColumn = FluidRegistry.getFluid("fuelColumn");
      if(fluidFuelColumn == null) {
        fluidFuelColumn = new Fluid("fuelColumn");
        fluidFuelColumn.setUnlocalizedName("bigreactors.fuelColumn.still");
        FluidRegistry.registerFluid(fluidFuelColumn);        
      }


      BRConfig.CONFIGURATION.save();
    }
    
    fluidSteam = FluidRegistry.getFluid("steam");
    registeredOwnSteam = false;
    if(fluidSteam == null) {
      // FINE THEN
      BRConfig.CONFIGURATION.load();
      
      fluidSteam = new Fluid("steam");
      fluidSteam.setUnlocalizedName("steam");
      fluidSteam.setTemperature(1000); // For consistency with TE
      fluidSteam.setGaseous(true);
      fluidSteam.setLuminosity(0);
      fluidSteam.setRarity(EnumRarity.common);

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    }


    // Permit TE fluids
    if(block != null) {
      if(block instanceof IFluidBlock) {
        Fluid fluid = ((IFluidBlock)block).getFluid();
        String fluidName = fluid.getName();
        if(ReactorInterior.getFluidData(fluidName) != null) { return; }


        throw new MultiblockValidationException(String.format("%d, %d, %d - The fluid %s is not valid for the reactor's interior", x, y, z, fluidName));
      }
      else {

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  public void serialize(ByteBuf buf) {
    int fuelTypeID, wasteTypeID, coolantTypeID, vaporTypeID;


    // Marshal fluid types into integers
    {
      Fluid coolantType, vaporType;
      coolantType = coolantContainer.getCoolantType();
      vaporType = coolantContainer.getVaporType();      
      coolantTypeID = coolantType == null ? -1 : coolantType.getID();
      vaporTypeID = vaporType == null ? -1 : vaporType.getID();
    }


    // Basic data
    buf.writeBoolean(active);

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  public void merge(CoolantContainer other) {
    super.merge(other);
  }
  
  public float getCoolantTemperature(float reactorTemperature) {
    Fluid coolantType = getCoolantType();
    if(coolantType == null || getFluidAmount(COLD) <= 0) { return reactorTemperature; }


    return Math.min(reactorTemperature, getBoilingPoint(coolantType));
  }

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   * @return RF remaining after absorption.
   */
  public float onAbsorbHeat(float rfAbsorbed) {
    if(getFluidAmount(COLD) <= 0 || rfAbsorbed <= 0) { return rfAbsorbed; }


    Fluid coolantType = getCoolantType();
    int coolantAmt = getFluidAmount(COLD);


    float heatOfVaporization = getHeatOfVaporization(coolantType);
    
    int mbVaporized = Math.min(coolantAmt, (int)(rfAbsorbed / heatOfVaporization));


    // Cap by the available space in the vapor chamber
    mbVaporized = Math.min(mbVaporized, getRemainingSpaceForFluid(HOT));
    
    // We don't do partial vaporization. Just return all the heat.
    if(mbVaporized < 1) { return rfAbsorbed; }


    // Make sure we either have an empty vapor chamber or the vapor types match
    Fluid newVaporType = getVaporizedCoolantFluid(coolantType);
    if(newVaporType == null) {
      BRLog.warning("Coolant in tank (%s) has no registered vapor type!", coolantType.getName());
      return rfAbsorbed;
    }
    
    Fluid existingVaporType = getVaporType();
    if(existingVaporType != null && !newVaporType.getName().equals(existingVaporType.getName())) {
      // Can't vaporize anything with incompatible vapor in the vapor tank
      return rfAbsorbed;
    }
    
    // Vaporize! -- POINT OF NO RETURN

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      if(steamIn > 0) {
        fluidConsumedLastTick = steamIn;
        drain(TANK_INPUT, steamIn, true);
        
        if(ventStatus != VentStatus.VentAll) {
          Fluid effluent = FluidRegistry.WATER;
          FluidStack effluentStack = new FluidStack(effluent, steamIn);
          fill(TANK_OUTPUT, effluentStack, true);
        }
      }
    }

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    if(inputFluidID == FLUID_NONE || inputFluidAmt <= 0) {
      tanks[TANK_INPUT].setFluid(null);
    }
    else {
      Fluid fluid = FluidRegistry.getFluid(inputFluidID);
      if(fluid == null) {
        BRLog.warning("[CLIENT] Multiblock Turbine received an unknown fluid of type %d, setting input tank to empty", inputFluidID);
        tanks[TANK_INPUT].setFluid(null);
      }
      else {
        tanks[TANK_INPUT].setFluid(new FluidStack(fluid, inputFluidAmt));
      }
    }


    if(outputFluidID == FLUID_NONE || outputFluidAmt <= 0) {
      tanks[TANK_OUTPUT].setFluid(null);
    }
    else {
      Fluid fluid = FluidRegistry.getFluid(outputFluidID);
      if(fluid == null) {
        BRLog.warning("[CLIENT] Multiblock Turbine received an unknown fluid of type %d, setting output tank to empty", outputFluidID);
        tanks[TANK_OUTPUT].setFluid(null);
      }
      else {

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  public FluidStack drain(int idx, FluidStack resource,
      boolean doDrain) {
    if(resource == null || resource.amount <= 0 || idx < 0 || idx >= fluids.length) { return null; }
    
    Fluid existingFluid = getFluidType(idx);
    if(existingFluid == null || existingFluid.getID() != resource.getFluid().getID()) { return null; }
    
    FluidStack drained = resource.copy();
    if(!doDrain) {
      drained.amount = Math.min(resource.amount, getFluidAmount(idx));
    }

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    }
    else {
      interiorData = ReactorInterior.getBlockData(ItemHelper.oreProxy.getOreName(new ItemStack(block, 1, metadata)));


      if(interiorData == null && block instanceof IFluidBlock) {
        Fluid fluid = ((IFluidBlock)block).getFluid();
        if(fluid != null) {
          interiorData = ReactorInterior.getFluidData(fluid.getName());
        }
      }
    }
    
    if(interiorData == null) {

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