Examples with IHeatCapacitor mekanism.api.heat.IHeatCapacitor used on opensource projects

Example 1 with IHeatCapacitor

use of mekanism.api.heat.IHeatCapacitor in project Mekanism by mekanism.

the class TileEntityMekanism method addContainerTrackers.

@Override
public void addContainerTrackers(MekanismContainer container) {
    // setup dynamic container syncing
    SyncMapper.INSTANCE.setup(container, getClass(), () -> this);
    for (ITileComponent component : components) {
        component.trackForMainContainer(container);
    }
    if (supportsRedstone()) {
        container.track(SyncableEnum.create(RedstoneControl::byIndexStatic, RedstoneControl.DISABLED, () -> controlType, value -> controlType = value));
    }
    boolean isClient = isRemote();
    if (canHandleGas() && handles(SubstanceType.GAS)) {
        List<IGasTank> gasTanks = getGasTanks(null);
        for (IGasTank gasTank : gasTanks) {
            container.track(SyncableGasStack.create(gasTank, isClient));
        }
    }
    if (canHandleInfusion() && handles(SubstanceType.INFUSION)) {
        List<IInfusionTank> infusionTanks = getInfusionTanks(null);
        for (IInfusionTank infusionTank : infusionTanks) {
            container.track(SyncableInfusionStack.create(infusionTank, isClient));
        }
    }
    if (canHandlePigment() && handles(SubstanceType.PIGMENT)) {
        List<IPigmentTank> pigmentTanks = getPigmentTanks(null);
        for (IPigmentTank pigmentTank : pigmentTanks) {
            container.track(SyncablePigmentStack.create(pigmentTank, isClient));
        }
    }
    if (canHandleSlurry() && handles(SubstanceType.SLURRY)) {
        List<ISlurryTank> slurryTanks = getSlurryTanks(null);
        for (ISlurryTank slurryTank : slurryTanks) {
            container.track(SyncableSlurryStack.create(slurryTank, isClient));
        }
    }
    if (canHandleFluid() && handles(SubstanceType.FLUID)) {
        List<IExtendedFluidTank> fluidTanks = getFluidTanks(null);
        for (IExtendedFluidTank fluidTank : fluidTanks) {
            container.track(SyncableFluidStack.create(fluidTank, isClient));
        }
    }
    if (canHandleHeat() && handles(SubstanceType.HEAT)) {
        List<IHeatCapacitor> heatCapacitors = getHeatCapacitors(null);
        for (IHeatCapacitor capacitor : heatCapacitors) {
            container.track(SyncableDouble.create(capacitor::getHeat, capacitor::setHeat));
            if (capacitor instanceof BasicHeatCapacitor) {
                container.track(SyncableDouble.create(capacitor::getHeatCapacity, capacity -> ((BasicHeatCapacitor) capacitor).setHeatCapacity(capacity, false)));
            }
        }
    }
    if (canHandleEnergy() && handles(SubstanceType.ENERGY)) {
        container.track(SyncableFloatingLong.create(this::getInputRate, this::setInputRate));
        List<IEnergyContainer> energyContainers = getEnergyContainers(null);
        for (IEnergyContainer energyContainer : energyContainers) {
            container.track(SyncableFloatingLong.create(energyContainer::getEnergy, energyContainer::setEnergy));
            if (energyContainer instanceof MachineEnergyContainer) {
                MachineEnergyContainer<?> machineEnergy = (MachineEnergyContainer<?>) energyContainer;
                if (supportsUpgrades() || machineEnergy.adjustableRates()) {
                    container.track(SyncableFloatingLong.create(machineEnergy::getMaxEnergy, machineEnergy::setMaxEnergy));
                    container.track(SyncableFloatingLong.create(machineEnergy::getEnergyPerTick, machineEnergy::setEnergyPerTick));
                }
            }
        }
    }
}