@Override
public void updateEntity() {
super.updateEntity();
if (items[0] != null && items[1] != null && ticksLeft == 0) {
FluidRecipe2_1 r = RecipesLiquifier.getRecipeFromStack(items[0], items[1]);
if (r != null) {
maxTicks = r.getTime();
}
}
if (ticksLeft < maxTicks && RecipesLiquifier.getRecipeFromStack(items[0], items[1]) != null) {
if (RecipesLiquifier.getRecipeFromStack(items[0], items[1])
.getOutput()
.getFluid()
.equals(tank.getFluid())) {
ticksLeft++;
worldObj.markBlockForUpdate(this.xCoord, this.yCoord, this.zCoord);
} else {
ticksLeft = 0;
resetTimeAndTexture();
}
}
if (RecipesLiquifier.getRecipeFromStack(items[0], items[1]) == null && ticksLeft > 0) {
ticksLeft = 0;
resetTimeAndTexture();
}
if (ticksLeft == maxTicks && maxTicks != 0) {
ticksLeft = 0;
liquify();
}
}
public static void injectEnergy(TileEntityMachineBase tileEntity, ForgeDirection dir) {
TileEntity connectedTileEntity =
tileEntity.worldObj.getBlockTileEntity(
tileEntity.xCoord + dir.offsetX,
tileEntity.yCoord + dir.offsetY,
tileEntity.zCoord + dir.offsetZ);
if (connectedTileEntity != null) {
if (connectedTileEntity instanceof ILargeEnergyStorage) {
ILargeEnergyStorage storage = (ILargeEnergyStorage) connectedTileEntity;
if (tileEntity instanceof ILargeEnergyStorage) {
ILargeEnergyStorage source = (ILargeEnergyStorage) tileEntity;
BigInteger demand =
source
.getAllStoredEnergy()
.min(storage.getFullCapacity().subtract(storage.getAllStoredEnergy()));
storage.setAllEnergy(storage.getAllStoredEnergy().add(demand));
source.useLargeEnergy(demand);
} else {
BigInteger demand =
Util.toBigInteger(tileEntity.getStored())
.min(storage.getFullCapacity().subtract(storage.getAllStoredEnergy()));
storage.setAllEnergy(storage.getAllStoredEnergy().add(demand));
tileEntity.useEnergy(demand.intValue());
}
} else if (connectedTileEntity instanceof IEnergyStorage) {
IEnergyStorage storage = (IEnergyStorage) connectedTileEntity;
int demand = Math.min(tileEntity.getStored(), storage.getCapacity() - storage.getStored());
storage.setStored(storage.getStored() + demand);
tileEntity.useEnergy(demand);
} else if (connectedTileEntity instanceof IEnergySink) {
IEnergySink sink = (IEnergySink) connectedTileEntity;
int demand = 0;
int prevStoredEnergy = 0;
while ((demand = Math.min(sink.getMaxSafeInput() - 1, tileEntity.getStored())) > 0
&& tileEntity.getStored() != prevStoredEnergy) {
prevStoredEnergy = tileEntity.getStored();
sink.injectEnergy(DIRECTION_MAP.get(dir.getOpposite()), demand);
tileEntity.useEnergy(demand);
}
}
}
}
