@Override
public void onContainerClosed(EntityPlayer entityPlayer) {
if (ioSlots.getStackInSlot(1) != null && !player.worldObj.isRemote) {
entityPlayer.worldObj.spawnEntityInWorld(
new EntityItem(
player.worldObj,
entityPlayer.posX,
player.posY,
player.posZ,
ioSlots.getStackInSlot(1)));
ioSlots.setInventorySlotContents(1, null);
}
super.onContainerClosed(entityPlayer);
}
@Override
public void
detectAndSendChanges() { // todo check what values are being synced by the tile and remove
// them from here
if (LTOffline && reactor.reactorState != TileReactorCore.STATE_OFFLINE) {
Iterator i = inventorySlots.iterator();
while (i.hasNext()) {
Object o = i.next();
if (o instanceof SlotExtract || o instanceof SlotInsert) i.remove();
}
sendObjectToClient(null, 99, 1);
} else if (!LTOffline && reactor.reactorState == TileReactorCore.STATE_OFFLINE) {
addSlotToContainer(new SlotInsert(ioSlots, 0, 15, 140, reactor));
addSlotToContainer(new SlotExtract(ioSlots, 1, 217, 140));
sendObjectToClient(null, 98, 1);
}
LTOffline = reactor.reactorState == TileReactorCore.STATE_OFFLINE;
if (reactor.conversionUnit != LTConversionUnit)
LTConversionUnit =
(Integer) sendObjectToClient(null, 0, (int) (reactor.conversionUnit * 100));
// if ((int)reactor.reactionTemperature != LTReactionIntensity)LTReactionIntensity = (Integer)
// sendObjectToClient(null, 1, (int) reactor.reactionTemperature);
// if ((int)reactor.maxReactTemperature != LTMaxReactIntensity)LTMaxReactIntensity = (Integer)
// sendObjectToClient(null, 2, (int) reactor.maxReactTemperature);
// if ((int)reactor.fieldCharge != LTFieldStrength) LTFieldStrength = (Integer)
// sendObjectToClient(null, 3, (int) reactor.fieldCharge);
// if ((int)reactor.maxFieldCharge != LTMaxFieldStrength) LTMaxFieldStrength = (Integer)
// sendObjectToClient(null, 7, (int) reactor.maxFieldCharge);
// if (reactor.energySaturation != LTEnergySaturation) LTEnergySaturation = (Integer)
// sendObjectToClient(null, 4, reactor.energySaturation);
// if (reactor.maxEnergySaturation != LTMaxEnergySaturation) LTMaxEnergySaturation = (Integer)
// sendObjectToClient(null, 5, reactor.maxEnergySaturation);
// if (reactor.convertedFuel != LTFuelConversion) LTFuelConversion = (Integer)
// sendObjectToClient(null, 6, reactor.convertedFuel);
/*if (reactor.tempDrainFactor != LTTempDrainFactor) LTTempDrainFactor = (Integer) */ sendObjectToClient(
null, 8, (int) (reactor.tempDrainFactor * 1000D));
if (reactor.generationRate != LTGenerationRate)
LTGenerationRate = (Integer) sendObjectToClient(null, 9, (int) (reactor.generationRate));
if (reactor.fieldDrain != LTFieldDrain)
LTFieldDrain = (Integer) sendObjectToClient(null, 10, reactor.fieldDrain);
/*if (reactor.fuelUseRate != LTFuelUseRate) LTFuelUseRate = (Integer) */ sendObjectToClient(
null, 11, (int) (reactor.fuelUseRate * 1000000D));
super.detectAndSendChanges();
}
