@SideOnly(Side.CLIENT)
public final int getScaledStoredEnergyClient(int scale) {
float maxEnergy = getMaxStoredEnergy();
return MathUtil.floatEquals(maxEnergy, 0F)
? -1
: MathUtil.ceil(storedEnergy * (double) scale / maxEnergy);
}
public static boolean setItemEnergy(ItemDamagePair pair, float energyUnits) {
if (!MathUtil.floatEquals(
getItemEnergy(new ItemStack(pair.item, 1, pair.damage == -1 ? 0 : pair.damage)), 0F))
return false;
items.put(pair, EnergyChunkData.energyDrainUnit * energyUnits);
return true;
}
public float drainEnergy(float amount, TileEntityAbstractEnergyInventory tile) {
if (data.getEnergyLevel() >= EnergyChunkData.minSignificantEnergy)
PacketPipeline.sendToAllAround(this, 64D, new C10ParticleEnergyTransfer(tile, this));
float left = data.drainEnergy(amount);
if (!MathUtil.floatEquals(left, amount)) synchronize();
return left;
}
public float addEnergy(float amount, TileEntityAbstractEnergyInventory tile) {
if (data.getEnergyLevel() < data.getMaxEnergyLevel())
PacketPipeline.sendToAllAround(this, 64D, new C10ParticleEnergyTransfer(tile, this));
float left = data.addEnergy(amount);
if (!MathUtil.floatEquals(left, amount)) synchronize();
return left;
}
@Override
public void writeToNBT(NBTTagCompound nbt) {
super.writeToNBT(nbt);
if (!MathUtil.floatEquals(storedEnergy, 0F)) nbt.setFloat("storedEng", storedEnergy);
}
