public void removeTile(CrystalNetworkTile te) {
tiles.remove(PylonFinder.getLocation(te));
if (te instanceof NotifiedNetworkTile) {
notifyCache.remove(te);
}
for (NotifiedNetworkTile tile : notifyCache) {
tile.onTileNetworkTopologyChange(te, true);
}
if (te instanceof TileEntityCrystalPylon) {
TileEntityCrystalPylon tile = (TileEntityCrystalPylon) te;
TileEntityCache<TileEntityCrystalPylon> c = pylons.get(tile.getColor());
if (c != null) c.remove(tile);
}
Collection<CrystalFlow> li = flows.get(te.getWorld().provider.dimensionId);
Iterator<CrystalFlow> it = li.iterator();
while (it.hasNext()) {
CrystalFlow p = it.next();
if (p.contains(te)) {
CrystalNetworkLogger.logFlowBreak(p, FlowFail.TILE);
p.resetTiles();
p.receiver.onPathBroken(p, FlowFail.TILE);
it.remove();
}
}
PylonFinder.removePathsWithTile(te);
WorldCrystalNetworkData.initNetworkData(te.getWorld()).setDirty(true); // was false
if (te instanceof TileEntityCrystalPylon) {
PylonLocationData.initNetworkData(te.getWorld()).setDirty(true);
}
}
public void tick(TickType type, Object... data) {
for (int dim : flows.keySet()) {
Collection<CrystalFlow> c = flows.get(dim);
Iterator<CrystalFlow> it = c.iterator();
while (it.hasNext()) {
CrystalFlow p = it.next();
if (toBreak.contains(p)) {
p.receiver.onPathBroken(p, FlowFail.SIGHT); // sight
p.resetTiles();
it.remove();
} else {
if (p.transmitter.canConduct() && p.canTransmit()) {
int amt = p.drain();
if (amt > 0) {
int add = p.receiver.receiveElement(p.element, amt);
p.transmitter.drain(p.element, amt);
if (p.isComplete()) {
p.resetTiles();
it.remove();
CrystalNetworkLogger.logFlowSatisfy(p);
p.receiver.onPathCompleted(p);
} else if (add <= 0) {
CrystalNetworkLogger.logFlowBreak(p, FlowFail.FULL);
// p.receiver.onPathBroken(p.element);
p.resetTiles();
it.remove();
}
}
} else {
CrystalNetworkLogger.logFlowBreak(p, FlowFail.ENERGY);
p.receiver.onPathBroken(p, FlowFail.ENERGY);
p.resetTiles();
it.remove();
}
}
}
}
toBreak.clear();
/*
for (ChunkRequest cr : pathfindingChunkRequests) {
Chunk c = cr.chunk.load();
cr.pathfinder.receiveChunk(c);
}
pathfindingChunkRequests.clear();
*/
}
public void breakPaths(CrystalNetworkTile te) {
Collection<CrystalFlow> li = flows.get(te.getWorld().provider.dimensionId);
Iterator<CrystalFlow> it = li.iterator();
while (it.hasNext()) {
CrystalFlow p = it.next();
if (p.contains(te)) {
CrystalNetworkLogger.logFlowBreak(p, FlowFail.TILE);
p.receiver.onPathBroken(p, FlowFail.TILE);
p.resetTiles();
it.remove();
}
}
}
@SubscribeEvent
public void markChunkCache(SetBlockEvent evt) {
if (!evt.world.isRemote) {
WorldChunk wc = new WorldChunk(evt.world, evt.chunkLocation);
Collection<CrystalLink> c = losCache.get(wc);
if (c != null) {
for (CrystalLink l : c) {
WorldLocation l1 = l.loc1;
WorldLocation l2 = l.loc2;
double[] angs =
ReikaPhysicsHelper.cartesianToPolar(
l1.xCoord - l2.xCoord, l1.yCoord - l2.yCoord, l1.zCoord - l2.zCoord);
double[] angs2 =
ReikaPhysicsHelper.cartesianToPolar(
l1.xCoord - evt.xCoord, l1.yCoord - evt.yCoord, l1.zCoord - evt.zCoord);
// Only check link if block near it
if (ReikaMathLibrary.approxrAbs(angs[1], angs2[1], 3)
&& ReikaMathLibrary.approxrAbs(angs[2], angs2[2], 3)) {
l.hasLOS = false;
// Kill active flows if blocked
for (CrystalFlow p : flows.get(evt.world.provider.dimensionId)) {
if (!toBreak.contains(p)
&& p.containsLink(l)
&& !p.checkLineOfSight(l)) { // make only link check, not entire path
CrystalNetworkLogger.logFlowBreak(p, FlowFail.SIGHT);
this.schedulePathBreak(p);
}
}
}
}
}
}
}