Examples of cofh.api.energy.IEnergyContainerItem.receiveEnergy()

Class cofh.api.energy.IEnergyContainerItem

Examples of cofh.api.energy.IEnergyContainerItem.receiveEnergy()

cofh.api.energy.IEnergyContainerItem.receiveEnergy()
Adds energy to a container item. Returns the quantity of energy that was accepted. This should always return 0 if the item cannot be externally charged. @param container ItemStack to be charged. @param maxReceive Maximum amount of energy to be sent into the item. @param simulate If TRUE, the charge will only be simulated. @return Amount of energy that was (or would have been, if simulated) received by the item.


          int max = chargable.getMaxEnergyStored(item);
          int cur = chargable.getEnergyStored(item);
          int canUse = Math.min(available, max - cur);
          if(cur < max) {
            used = chargable.receiveEnergy(item, (int) canUse, false);
          }


        }
        if(used > 0) {
          setEnergyStored(getEnergyStored() - used);

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          int max = chargable.getMaxEnergyStored(item);
          int cur = chargable.getEnergyStored(item);
          int canUse = Math.min(available, max - cur);
          if(cur < max) {
            used = chargable.receiveEnergy(item, (int) canUse, false);
          }
        }
        if(used > 0) {
          storedEnergyRF = storedEnergyRF - used;
          chargedItem = true;

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        IEnergyContainerItem item = (IEnergyContainerItem)itemstack.getItem();


        int itemEnergy = (int)Math.round(Math.min(Math.sqrt(item.getMaxEnergyStored(itemstack)), item.getMaxEnergyStored(itemstack) - item.getEnergyStored(itemstack)));
        int toTransfer = (int)Math.round(Math.min(itemEnergy, (getEnergy()*Mekanism.TO_TE)));


        setEnergy(getEnergy() - (item.receiveEnergy(itemstack, toTransfer, false)*Mekanism.FROM_TE));
      }
    }
  }


  @Override

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        IEnergyContainerItem item = (IEnergyContainerItem)storer.inventory[slotID].getItem();


        int itemEnergy = (int)Math.round(Math.min(Math.sqrt(item.getMaxEnergyStored(itemStack)), item.getMaxEnergyStored(itemStack) - item.getEnergyStored(itemStack)));
        int toTransfer = (int)Math.round(Math.min(itemEnergy, (storer.getEnergy()*Mekanism.TO_TE)));


        storer.setEnergy(storer.getEnergy() - (item.receiveEnergy(itemStack, toTransfer, false)*Mekanism.FROM_TE));
      }
    }
  }


  /**

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        int progress = 0, change = 1; // prevent endless loops with creative battery, blah
        // fill the battery full
        while (progress < maxCharge && change > 0)
        {
            change = energyContainer.receiveEnergy(subject42, 100000, false);
            progress += change;
        }
        // get the maximum extraction rate
        int maxExtract = energyContainer.extractEnergy(subject42, Integer.MAX_VALUE, true);

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        while (progress < maxCharge && change > 0)
        {
            change = energyContainer.extractEnergy(subject42, 100000, false);
            progress += change;
        }
        int maxReceive = energyContainer.receiveEnergy(subject42, Integer.MAX_VALUE, true);


        // make sure we don't overcharge
        charge = Math.min(charge, maxCharge);


        tags.setInteger("Energy", charge);

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