use of logisticspipes.utils.tuples.Pair in project LogisticsPipes by RS485.
the class PipeItemsProviderLogistics method sendStack.
private int sendStack(ItemIdentifierStack stack, int maxCount, int destination, IAdditionalTargetInformation info) {
ItemIdentifier item = stack.getItem();
WorldCoordinatesWrapper worldCoordinates = new WorldCoordinatesWrapper(container);
//@formatter:off
Iterator<Pair<IInventoryUtil, ForgeDirection>> iterator = worldCoordinates.getConnectedAdjacentTileEntities(ConnectionPipeType.ITEM).filter(adjacent -> adjacent.tileEntity instanceof IInventory).filter(adjacent -> !SimpleServiceLocator.pipeInformationManager.isItemPipe(adjacent.tileEntity)).map(adjacent -> new Pair<>(getAdaptedInventoryUtil(adjacent), adjacent.direction)).iterator();
while (iterator.hasNext()) {
Pair<IInventoryUtil, ForgeDirection> next = iterator.next();
int available = next.getValue1().itemCount(item);
if (available == 0) {
continue;
}
int wanted = Math.min(available, stack.getStackSize());
wanted = Math.min(wanted, maxCount);
wanted = Math.min(wanted, item.getMaxStackSize());
IRouter dRtr = SimpleServiceLocator.routerManager.getRouterUnsafe(destination, false);
if (dRtr == null) {
_orderManager.sendFailed();
return 0;
}
SinkReply reply = LogisticsManager.canSink(dRtr, null, true, stack.getItem(), null, true, false);
boolean defersend = false;
if (reply != null) {
// some pipes are not aware of the space in the adjacent inventory, so they return null
if (reply.maxNumberOfItems < wanted) {
wanted = reply.maxNumberOfItems;
if (wanted <= 0) {
_orderManager.deferSend();
return 0;
}
defersend = true;
}
}
if (!canUseEnergy(wanted * neededEnergy())) {
return -1;
}
ItemStack removed = next.getValue1().getMultipleItems(item, wanted);
if (removed == null || removed.stackSize == 0) {
continue;
}
int sent = removed.stackSize;
useEnergy(sent * neededEnergy());
IRoutedItem routedItem = SimpleServiceLocator.routedItemHelper.createNewTravelItem(removed);
routedItem.setDestination(destination);
routedItem.setTransportMode(TransportMode.Active);
routedItem.setAdditionalTargetInformation(info);
super.queueRoutedItem(routedItem, next.getValue2());
_orderManager.sendSuccessfull(sent, defersend, routedItem);
return sent;
}
_orderManager.sendFailed();
return 0;
}
use of logisticspipes.utils.tuples.Pair in project LogisticsPipes by RS485.
the class FluidRoutedPipe method endReached.
public boolean endReached(LPTravelingItemServer arrivingItem, TileEntity tile) {
if (canInsertToTanks() && MainProxy.isServer(getWorld())) {
getCacheHolder().trigger(CacheTypes.Inventory);
if (arrivingItem.getItemIdentifierStack() == null || !(arrivingItem.getItemIdentifierStack().getItem().isFluidContainer())) {
return false;
}
if (getRouter().getSimpleID() != arrivingItem.getDestination()) {
return false;
}
int filled = 0;
FluidStack liquid = SimpleServiceLocator.logisticsFluidManager.getFluidFromContainer(arrivingItem.getItemIdentifierStack());
if (isConnectableTank(tile, arrivingItem.output, false)) {
List<Pair<TileEntity, ForgeDirection>> adjTanks = getAdjacentTanks(false);
//Try to put liquid into all adjacent tanks.
for (Pair<TileEntity, ForgeDirection> pair : adjTanks) {
IFluidHandler tank = (IFluidHandler) pair.getValue1();
ForgeDirection dir = pair.getValue2();
filled = tank.fill(dir.getOpposite(), liquid.copy(), true);
liquid.amount -= filled;
if (liquid.amount != 0) {
continue;
}
return true;
}
//Try inserting the liquid into the pipe side tank
filled = ((PipeFluidTransportLogistics) transport).sideTanks[arrivingItem.output.ordinal()].fill(liquid, true);
if (filled == liquid.amount) {
return true;
}
liquid.amount -= filled;
}
//Try inserting the liquid into the pipe internal tank
filled = ((PipeFluidTransportLogistics) transport).internalTank.fill(liquid, true);
if (filled == liquid.amount) {
return true;
}
//If liquids still exist,
liquid.amount -= filled;
//TODO: FIX THIS
if (this instanceof IRequireReliableFluidTransport) {
((IRequireReliableFluidTransport) this).liquidNotInserted(FluidIdentifier.get(liquid), liquid.amount);
}
IRoutedItem routedItem = SimpleServiceLocator.routedItemHelper.createNewTravelItem(SimpleServiceLocator.logisticsFluidManager.getFluidContainer(liquid));
Pair<Integer, Integer> replies = SimpleServiceLocator.logisticsFluidManager.getBestReply(liquid, getRouter(), routedItem.getJamList());
int dest = replies.getValue1();
routedItem.setDestination(dest);
routedItem.setTransportMode(TransportMode.Passive);
this.queueRoutedItem(routedItem, arrivingItem.output.getOpposite());
return true;
}
return false;
}
use of logisticspipes.utils.tuples.Pair in project LogisticsPipes by RS485.
the class ItemAmountPipeSign method spread.
private void spread(Map<ItemIdentifier, Integer> availableItems, BitSet set) {
// Improve performance by updating a wall of Amount pipe signs all at once
IRouter router = pipe.getRouter();
if (set.get(router.getSimpleID()))
return;
set.set(router.getSimpleID());
for (ExitRoute exit : router.getIRoutersByCost()) {
// Only when the signs are in one wall. To not spread to far.
if (exit.distanceToDestination > 2)
break;
if (!exit.filters.isEmpty())
continue;
if (set.get(exit.destination.getSimpleID()))
continue;
if (exit.connectionDetails.contains(PipeRoutingConnectionType.canRequestFrom) && exit.connectionDetails.contains(PipeRoutingConnectionType.canRouteTo)) {
CoreRoutedPipe cachedPipe = exit.destination.getCachedPipe();
if (cachedPipe != null) {
List<Pair<ForgeDirection, IPipeSign>> pipeSigns = cachedPipe.getPipeSigns();
pipeSigns.stream().filter(signPair -> signPair != null && signPair.getValue2() instanceof ItemAmountPipeSign).forEach(signPair -> ((ItemAmountPipeSign) signPair.getValue2()).updateStats(availableItems, set));
}
}
}
}
use of logisticspipes.utils.tuples.Pair in project LogisticsPipes by RS485.
the class ServerRouter method recheckAdjacent.
/**
* Rechecks the piped connection to all adjacent routers as well as discover
* new ones.
*/
private boolean recheckAdjacent() {
connectionNeedsChecking = 0;
if (LPConstants.DEBUG) {
causedBy.clear();
}
if (getPipe() != null) {
/*
if (getPipe().getDebug() != null && getPipe().getDebug().debugThisPipe) {
Info info = StackTraceUtil.addTraceInformation("(" + getPipe().getX() + ", " + getPipe().getY() + ", " + getPipe().getZ() + ")");
StackTraceUtil.printTrace();
info.end();
}
*/
getPipe().spawnParticle(Particles.LightRedParticle, 5);
}
LPTickHandler.adjChecksDone++;
boolean adjacentChanged = false;
CoreRoutedPipe thisPipe = getPipe();
if (thisPipe == null) {
return false;
}
HashMap<CoreRoutedPipe, ExitRoute> adjacent;
List<Pair<ILogisticsPowerProvider, List<IFilter>>> power;
List<Pair<ISubSystemPowerProvider, List<IFilter>>> subSystemPower;
PathFinder finder = new PathFinder(thisPipe.container, Configs.LOGISTICS_DETECTION_COUNT, Configs.LOGISTICS_DETECTION_LENGTH, localChangeListener);
power = finder.powerNodes;
subSystemPower = finder.subPowerProvider;
adjacent = finder.result;
Map<ForgeDirection, List<CoreRoutedPipe>> pipeDirections = new HashMap<>();
for (Entry<CoreRoutedPipe, ExitRoute> entry : adjacent.entrySet()) {
List<CoreRoutedPipe> list = pipeDirections.get(entry.getValue().exitOrientation);
if (list == null) {
list = new ArrayList<>();
pipeDirections.put(entry.getValue().exitOrientation, list);
}
list.add(entry.getKey());
}
pipeDirections.entrySet().stream().filter(entry -> entry.getValue().size() > Configs.MAX_UNROUTED_CONNECTIONS).forEach(entry -> entry.getValue().forEach(adjacent::remove));
listenedPipes.stream().filter(list -> !finder.listenedPipes.contains(list)).forEach(list -> list.remove(localChangeListener));
listenedPipes = finder.listenedPipes;
for (CoreRoutedPipe pipe : adjacent.keySet()) {
if (pipe.stillNeedReplace()) {
return false;
}
}
boolean[] oldSideDisconnected = sideDisconnected;
sideDisconnected = new boolean[6];
checkSecurity(adjacent);
boolean changed = false;
for (int i = 0; i < 6; i++) {
changed |= sideDisconnected[i] != oldSideDisconnected[i];
}
if (changed) {
CoreRoutedPipe pipe = getPipe();
if (pipe != null) {
pipe.getWorld().notifyBlocksOfNeighborChange(pipe.getX(), pipe.getY(), pipe.getZ(), pipe.getWorld().getBlock(pipe.getX(), pipe.getY(), pipe.getZ()));
pipe.refreshConnectionAndRender(false);
}
adjacentChanged = true;
}
if (_adjacent.size() != adjacent.size()) {
adjacentChanged = true;
}
for (CoreRoutedPipe pipe : _adjacent.keySet()) {
if (!adjacent.containsKey(pipe)) {
adjacentChanged = true;
}
}
if (_powerAdjacent != null) {
if (power == null) {
adjacentChanged = true;
} else {
for (Pair<ILogisticsPowerProvider, List<IFilter>> provider : _powerAdjacent) {
if (!power.contains(provider)) {
adjacentChanged = true;
}
}
}
}
if (power != null) {
if (_powerAdjacent == null) {
adjacentChanged = true;
} else {
for (Pair<ILogisticsPowerProvider, List<IFilter>> provider : power) {
if (!_powerAdjacent.contains(provider)) {
adjacentChanged = true;
}
}
}
}
if (_subSystemPowerAdjacent != null) {
if (subSystemPower == null) {
adjacentChanged = true;
} else {
for (Pair<ISubSystemPowerProvider, List<IFilter>> provider : _subSystemPowerAdjacent) {
if (!subSystemPower.contains(provider)) {
adjacentChanged = true;
}
}
}
}
if (subSystemPower != null) {
if (_subSystemPowerAdjacent == null) {
adjacentChanged = true;
} else {
for (Pair<ISubSystemPowerProvider, List<IFilter>> provider : subSystemPower) {
if (!_subSystemPowerAdjacent.contains(provider)) {
adjacentChanged = true;
}
}
}
}
for (Entry<CoreRoutedPipe, ExitRoute> pipe : adjacent.entrySet()) {
ExitRoute oldExit = _adjacent.get(pipe.getKey());
if (oldExit == null) {
adjacentChanged = true;
break;
}
ExitRoute newExit = pipe.getValue();
if (!newExit.equals(oldExit)) {
adjacentChanged = true;
break;
}
}
if (!oldTouchedPipes.equals(finder.touchedPipes)) {
CacheHolder.clearCache(oldTouchedPipes);
CacheHolder.clearCache(finder.touchedPipes);
oldTouchedPipes = finder.touchedPipes;
BitSet visited = new BitSet(ServerRouter.getBiggestSimpleID());
visited.set(getSimpleID());
act(visited, new floodClearCache());
}
if (adjacentChanged) {
HashMap<IRouter, ExitRoute> adjacentRouter = new HashMap<>();
EnumSet<ForgeDirection> routedexits = EnumSet.noneOf(ForgeDirection.class);
EnumMap<ForgeDirection, Integer> subpowerexits = new EnumMap<>(ForgeDirection.class);
for (Entry<CoreRoutedPipe, ExitRoute> pipe : adjacent.entrySet()) {
adjacentRouter.put(pipe.getKey().getRouter(), pipe.getValue());
if ((pipe.getValue().connectionDetails.contains(PipeRoutingConnectionType.canRouteTo) || pipe.getValue().connectionDetails.contains(PipeRoutingConnectionType.canRequestFrom) && !routedexits.contains(pipe.getValue().exitOrientation))) {
routedexits.add(pipe.getValue().exitOrientation);
}
if (!subpowerexits.containsKey(pipe.getValue().exitOrientation) && pipe.getValue().connectionDetails.contains(PipeRoutingConnectionType.canPowerSubSystemFrom)) {
subpowerexits.put(pipe.getValue().exitOrientation, PathFinder.messureDistanceToNextRoutedPipe(getLPPosition(), pipe.getValue().exitOrientation, pipe.getKey().getWorld()));
}
}
_adjacent = Collections.unmodifiableMap(adjacent);
_adjacentRouter_Old = _adjacentRouter;
_adjacentRouter = Collections.unmodifiableMap(adjacentRouter);
if (power != null) {
_powerAdjacent = Collections.unmodifiableList(power);
} else {
_powerAdjacent = null;
}
if (subSystemPower != null) {
_subSystemPowerAdjacent = Collections.unmodifiableList(subSystemPower);
} else {
_subSystemPowerAdjacent = null;
}
_routedExits = routedexits;
_subPowerExits = subpowerexits;
SendNewLSA();
}
return adjacentChanged;
}
use of logisticspipes.utils.tuples.Pair in project LogisticsPipes by RS485.
the class LogisticsHUDRenderer method refreshList.
private void refreshList(double x, double y, double z) {
ArrayList<Pair<Double, IHeadUpDisplayRendererProvider>> newList = new ArrayList<>();
for (IRouter router : SimpleServiceLocator.routerManager.getRouters()) {
if (router == null) {
continue;
}
CoreRoutedPipe pipe = router.getPipe();
if (!(pipe instanceof IHeadUpDisplayRendererProvider)) {
continue;
}
if (MainProxy.getDimensionForWorld(pipe.getWorld()) == MainProxy.getDimensionForWorld(FMLClientHandler.instance().getClient().theWorld)) {
double dis = Math.hypot(pipe.getX() - x + 0.5, Math.hypot(pipe.getY() - y + 0.5, pipe.getZ() - z + 0.5));
if (dis < Configs.LOGISTICS_HUD_RENDER_DISTANCE && dis > 0.75) {
newList.add(new Pair<>(dis, (IHeadUpDisplayRendererProvider) pipe));
if (!list.contains(pipe)) {
((IHeadUpDisplayRendererProvider) pipe).startWatching();
}
}
}
}
List<IHeadUpDisplayBlockRendererProvider> remove = new ArrayList<>();
providers.stream().filter(provider -> MainProxy.getDimensionForWorld(provider.getWorld()) == MainProxy.getDimensionForWorld(FMLClientHandler.instance().getClient().theWorld)).forEach(provider -> {
double dis = Math.hypot(provider.getX() - x + 0.5, Math.hypot(provider.getY() - y + 0.5, provider.getZ() - z + 0.5));
if (dis < Configs.LOGISTICS_HUD_RENDER_DISTANCE && dis > 0.75 && !provider.isHUDInvalid() && provider.isHUDExistent()) {
newList.add(new Pair<>(dis, provider));
if (!list.contains(provider)) {
provider.startWatching();
}
} else if (provider.isHUDInvalid() || !provider.isHUDExistent()) {
remove.add(provider);
}
});
for (IHeadUpDisplayBlockRendererProvider provider : remove) {
providers.remove(provider);
}
if (newList.size() < 1) {
clearList(true);
return;
}
Collections.sort(newList, (o1, o2) -> {
if (o1.getValue1() < o2.getValue1()) {
return -1;
} else if (o1.getValue1() > o2.getValue1()) {
return 1;
} else {
return 0;
}
});
for (IHeadUpDisplayRendererProvider part : list) {
boolean contains = false;
for (Pair<Double, IHeadUpDisplayRendererProvider> inpart : newList) {
if (inpart.getValue2().equals(part)) {
contains = true;
break;
}
}
if (!contains) {
part.stopWatching();
}
}
clearList(false);
for (Pair<Double, IHeadUpDisplayRendererProvider> part : newList) {
list.addLast(part.getValue2());
}
}
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