/**
* Whether or not a defined deemed-electrical ItemStack can be outputted out of a slot. This puts
* into account whether or not that slot is used for charging or discharging.
*
* @param itemstack - ItemStack to perform the check on
* @param chargeSlot - whether or not the outputting slot is for charging or discharging
* @return if the ItemStack can be outputted
*/
public static boolean canBeOutputted(ItemStack itemstack, boolean chargeSlot) {
if (itemstack.getItem() instanceof IEnergizedItem) {
IEnergizedItem energized = (IEnergizedItem) itemstack.getItem();
if (chargeSlot) {
return energized.getEnergy(itemstack) == energized.getMaxEnergy(itemstack);
} else {
return energized.getEnergy(itemstack) == 0;
}
} else if (itemstack.getItem() instanceof IEnergyContainerItem) {
IEnergyContainerItem energyContainer = (IEnergyContainerItem) itemstack.getItem();
if (chargeSlot) {
return energyContainer.receiveEnergy(itemstack, 1, true) > 0;
} else {
return energyContainer.extractEnergy(itemstack, 1, true) > 0;
}
} else if (itemstack.getItem() instanceof ISpecialElectricItem) {
IElectricItemManager manager =
((ISpecialElectricItem) itemstack.getItem()).getManager(itemstack);
if (manager != null) {
if (chargeSlot) {
return manager.charge(itemstack, 1, 3, true, true) > 0;
} else {
return manager.discharge(itemstack, 1, 3, true, true, true) > 0;
}
}
}
return true;
}
/**
* Universally charges an item, and updates the TileEntity's energy level.
*
* @param slotID - ID of the slot of which to discharge
* @param storer - TileEntity the item is being discharged in
*/
public static void charge(int slotID, IStrictEnergyStorage storer) {
IInventory inv = (TileEntityContainerBlock) storer;
if (inv.getStackInSlot(slotID) != null && storer.getEnergy() > 0) {
if (inv.getStackInSlot(slotID).getItem() instanceof IEnergizedItem) {
storer.setEnergy(
storer.getEnergy()
- EnergizedItemManager.charge(inv.getStackInSlot(slotID), storer.getEnergy()));
} else if (MekanismUtils.useIC2()
&& inv.getStackInSlot(slotID).getItem() instanceof IElectricItem) {
double sent =
ElectricItem.manager.charge(
inv.getStackInSlot(slotID),
(int) (storer.getEnergy() * general.TO_IC2),
4,
true,
false)
* general.FROM_IC2;
storer.setEnergy(storer.getEnergy() - sent);
} else if (MekanismUtils.useRF()
&& inv.getStackInSlot(slotID).getItem() instanceof IEnergyContainerItem) {
ItemStack itemStack = inv.getStackInSlot(slotID);
IEnergyContainerItem item = (IEnergyContainerItem) inv.getStackInSlot(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() * general.TO_RF)));
storer.setEnergy(
storer.getEnergy()
- (item.receiveEnergy(itemStack, toTransfer, false) * general.FROM_RF));
}
}
}
/**
* Universally charges an item, and updates the TileEntity's energy level.
*
* @param slotID - ID of the slot of which to discharge
* @param storer - TileEntity the item is being discharged in
*/
public static void charge(int slotID, TileEntityElectricBlock storer) {
if (storer.inventory[slotID] != null && storer.getEnergy() > 0) {
if (storer.inventory[slotID].getItem() instanceof IEnergizedItem) {
storer.setEnergy(
storer.getEnergy()
- EnergizedItemManager.charge(storer.inventory[slotID], storer.getEnergy()));
} else if (Mekanism.hooks.IC2Loaded
&& storer.inventory[slotID].getItem() instanceof IElectricItem) {
double sent =
ElectricItem.manager.charge(
storer.inventory[slotID],
(int) (storer.getEnergy() * Mekanism.TO_IC2),
4,
true,
false)
* Mekanism.FROM_IC2;
storer.setEnergy(storer.getEnergy() - sent);
} else if (storer.inventory[slotID].getItem() instanceof IEnergyContainerItem) {
ItemStack itemStack = storer.inventory[slotID];
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));
}
}
}