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package gregtech.api.metatileentity;
/**
* NEVER INCLUDE THIS FILE IN YOUR MOD!!!
* <p/>
* This file contains all the needed 'implements' of the Interfaces for the Universal Electricity Stuff.
* <p/>
* I am using the BC3 Ratio, since that is a constant in comparison to IC² Energy (1 MJ is always 2,5 EU).
*/
public class BaseMetaTileEntityUE extends BaseMetaTileEntity /*implements IUETileEntity*/ {
public BaseMetaTileEntityUE() {
super();
}
/*
@Override
public void updateStatus() {
super.updateStatus();
}
@Override
public void chargeItem(ItemStack aStack) {
super.chargeItem(aStack);
float tEnergy = ElectricItemHelper.chargeItem(aStack, (float)(getOfferedEnergy() * (Compatibility.BC3_RATIO * 0.4F)));
if (tEnergy > 0) decreaseStoredEU((int)(tEnergy / (Compatibility.BC3_RATIO * 0.4F)) + 1, true);
}
@Override
public void dischargeItem(ItemStack aStack) {
super.dischargeItem(aStack);
float tEnergy = ElectricItemHelper.dischargeItem(aStack, (float)(demandedEnergyUnits() * (Compatibility.BC3_RATIO * 0.4F)));
if (tEnergy > 0) increaseStoredEnergyUnits((int)(tEnergy / (Compatibility.BC3_RATIO * 0.4F)), true);
}
@Override
public float receiveElectricity(ForgeDirection aSide, ElectricityPack aPacket, boolean doReceive) {
if (!getUEConsumingSides().contains(aSide)) return 0;
int aInserted = (int)(aPacket.getWatts()/(Compatibility.BC3_RATIO * 0.4F));
if (doReceive) return injectEnergyUnits((byte)aSide.ordinal(), aInserted, 1) ? aInserted : 0;
return getEUCapacity() - getStoredEU() >= aInserted ? aInserted : 0;
}
@Override
public ElectricityPack provideElectricity(ForgeDirection aSide, ElectricityPack aRequested, boolean doProvide) {
if (!getUEProducingSides().contains(aSide)) return null;
int aExtracted = (int)getOfferedEnergy();
if (doProvide) return aRequested.getWatts()/(Compatibility.BC3_RATIO * 0.4F) >= getOfferedEnergy() ? decreaseStoredEU(aExtracted, false) ? new ElectricityPack(aExtracted * (Compatibility.BC3_RATIO * 0.4F), 1) : null : decreaseStoredEU((int)(aRequested.getWatts()/(Compatibility.BC3_RATIO * 0.4F)), false) ? new ElectricityPack((int)(aRequested.getWatts()/(Compatibility.BC3_RATIO * 0.4F)) * (Compatibility.BC3_RATIO * 0.4F), 1) : null;
return aRequested.getWatts()/(Compatibility.BC3_RATIO * 0.4F) >= getOfferedEnergy() ? new ElectricityPack(aExtracted * (Compatibility.BC3_RATIO * 0.4F), 1) : new ElectricityPack((int)(aRequested.getWatts()/(Compatibility.BC3_RATIO * 0.4F)) * (Compatibility.BC3_RATIO * 0.4F), 1);
}
@Override
public float getRequest(ForgeDirection aSide) {
if (!getUEConsumingSides().contains(aSide)) return 0;
return (float)(demandedEnergyUnits() * (Compatibility.BC3_RATIO * 0.4F));
}
@Override
public float getProvide(ForgeDirection aSide) {
if (!getUEProducingSides().contains(aSide)) return 0;
return (float)(getOfferedEnergy() * (Compatibility.BC3_RATIO * 0.4F));
}
@Override
public float getVoltage() {
return (float)(getOfferedEnergy() * (Compatibility.BC3_RATIO * 0.4F));
}
@Override
public boolean canConnect(ForgeDirection aSide) {
return getUEProducingSides().contains(aSide) || getUEConsumingSides().contains(aSide);
}
private EnumSet<ForgeDirection> getUEConsumingSides() {
EnumSet<ForgeDirection> rSides = EnumSet.noneOf(ForgeDirection.class);
for (byte i = 0; i < 6; i++) {
if (inputEnergyFrom(i)) {
Object tTileEntity = getTileEntityAtSide(i);
if (tTileEntity instanceof IConductor) {
rSides.add(ForgeDirection.getOrientation(i));
}
}
}
return rSides;
}
private EnumSet<ForgeDirection> getUEProducingSides() {
EnumSet<ForgeDirection> rSides = EnumSet.noneOf(ForgeDirection.class);
for (byte i = 0; i < 6; i++) {
if (outputsEnergyTo(i)) {
Object tTileEntity = getTileEntityAtSide(i);
if (tTileEntity instanceof IConductor) {
rSides.add(ForgeDirection.getOrientation(i));
}
}
}
return rSides;
}*/
}
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