BAN_L2JDev

tente com um ID menor se possivel 5 casa E.p 65535

onTalk the id of the Npc that will take the quest must be there in the list it has to be registered together addTalkId(ZIGGURATS); in the scrpits.xml file you also have to register the quest

now look in the quest for the ID of the Npc that registers the mission, you have to link it together with the script, registering it with the monsters

cade o ID do NPC onde pega a quest pra falar no chat ele tem que estar com Bypass -h quest name

java -server -Xmx1536m -Xms1024m -Xmn512m bro can you tell me how this would behave

Server.proprierts # Maximum database connections. MaximumDbConnections = 1000 # Define how many players are allowed to play simultaneously on your server. MaximumOnlineUsers = 1000 # ================================================================= # Threadpool # ================================================================= # Determines the amount of scheduled thread pools. If set to -1, the server will decide the amount depending on the available processors. ScheduledThreadPoolCount = -1 # Specifies how many threads will be in a single scheduled pool. ThreadsPerScheduledThreadPool = 750 # Determines the amount of instant thread pools. If set to -1, the server will decide the amount depending on the available processors. InstantThreadPoolCount = -1 # Specifies how many threads will be in a single instant pool. ThreadsPerInstantThreadPool = 8 LoguinServer # Maximum database connections. MaximumDbConnections = 1000 Can you make your question clearer now?

with a machine like that it depends on java and it is important if you are going to use a java8 that is very light you will support so many players that you will never bog down the server only thing you should look at in Task of the task manager what is the consumption that the JDK is consuming

Hello Bro I want to participate can I? so there goes can you draw my server News Html all Npcs. Community Bord Web www.l2jdev.com.br

Ready message sent! Doubts look for me

https://imgur.com/a/kPUExbq https://imgur.com/a/3ICPGSz https://imgur.com/a/DD5NmOq Decide if you've already found what you're looking for ♥

o que ele mando a voce faz exatamente o que voce quer so que voce nao quer aceitar o codigo dele!

acis nunca será acabado apenas refinado. Uso o projeto há muitos anos. e uma das fontes mais leves então poderia ter ficado em JAVA 8 plus 2022 a escrita não suportaria acis sempre terá problemas bobos deixados pelo dono de propósito Is it true that Acis has some secret NPCS in the water? even with new XML spawn system? PS: meu inglês está escrito em frases desculpe

okay. I want Monsters and Play to be Invisible inside the Instance

My doubt and how can I remove the visibility of an object I already left the Instance ready but even so it continues to see all NPCs Player Objects Class WorldObject.java package net.sf.l2j.gameserver.model; import java.util.ArrayList; import java.util.Collections; import java.util.List; import java.util.function.Predicate; import net.sf.l2j.commons.logging.CLogger; import net.sf.l2j.commons.math.MathUtil; import net.sf.l2j.Instancia.Instance; import net.sf.l2j.Instancia.InstanceManager; import net.sf.l2j.gameserver.enums.ZoneId; import net.sf.l2j.gameserver.enums.items.ShotType; import net.sf.l2j.gameserver.idfactory.IdFactory; import net.sf.l2j.gameserver.model.actor.Creature; import net.sf.l2j.gameserver.model.actor.Playable; import net.sf.l2j.gameserver.model.actor.Player; import net.sf.l2j.gameserver.model.actor.instance.Door; import net.sf.l2j.gameserver.model.actor.instance.Fence; import net.sf.l2j.gameserver.model.location.Location; import net.sf.l2j.gameserver.model.location.SpawnLocation; import net.sf.l2j.gameserver.model.zone.type.subtype.ZoneType; import net.sf.l2j.gameserver.network.serverpackets.ActionFailed; /** * Mother class of all interactive objects in the world (PC, NPC, Item...) */ public abstract class WorldObject { public static final CLogger LOGGER = new CLogger(WorldObject.class.getName()); private String _name; private int _objectId; private final SpawnLocation _position = new SpawnLocation(0, 0, 0, 0); private WorldRegion _region; private boolean _isVisible; public WorldObject(int objectId) { _objectId = objectId; } private int _instanceId; /** * @param instanceId Specify the instance id * @param silent If silent is true, it will just set the instance id, and await a knowlist change(like teleport), if false it will force instance teleportation */ public void setInstanceId(int instanceId, boolean silent) { int oldInstance = _instanceId; _instanceId = instanceId; if (instanceId != 0) { if (oldInstance != 0 && this instanceof Player) { Instance ins = InstanceManager.getInstance().getInstanceId(oldInstance); if (ins != null) // Destroyed already. ins.remove((Player) this, false, false); } Instance ins = InstanceManager.getInstance().getInstanceId(instanceId); if (ins == null) { LOGGER.info("Cannot find instance with id[" + instanceId + "]. Aborting!"); _instanceId = 0; return; } ins.addObject(this); } if (!silent) { decayMe(); spawnMe(); } } public int getInstanceId() { return _instanceId; } public boolean isAttackableBy(Creature attacker) { return false; } public boolean isAttackableWithoutForceBy(Playable attacker) { return false; } @Override public String toString() { return (getClass().getSimpleName() + ":" + getName() + "[" + getObjectId() + "]"); } public void onAction(Player player, boolean isCtrlPressed, boolean isShiftPressed) { player.sendPacket(ActionFailed.STATIC_PACKET); } public void onSpawn() { } /** * Remove this {@link WorldObject} from the world. */ public void decayMe() { setRegion(null); World.getInstance().removeObject(this); } public void refreshID() { World.getInstance().removeObject(this); IdFactory.getInstance().releaseId(getObjectId()); _objectId = IdFactory.getInstance().getNextId(); } /** * Spawn this {@link WorldObject} and add it in the world as a visible object. */ public final void spawnMe() { _isVisible = true; setRegion(World.getInstance().getRegion(_position)); World.getInstance().addObject(this); onSpawn(); } /** * Initialize the position of this {@link WorldObject} and add it in the world as a visible object. * @param loc : The location used as reference X/Y/Z. */ public final void spawnMe(Location loc) { spawnMe(loc.getX(), loc.getY(), loc.getZ()); } /** * Initialize the position of this {@link WorldObject} and add it in the world as a visible object. * @param loc : The location used as reference X/Y/Z. * @param heading : The heading position to set. */ public final void spawnMe(Location loc, int heading) { spawnMe(loc.getX(), loc.getY(), loc.getZ(), heading); } /** * Initialize the position of this {@link WorldObject} and add it in the world as a visible object. * @param loc : The location used as reference X/Y/Z. */ public final void spawnMe(SpawnLocation loc) { spawnMe(loc.getX(), loc.getY(), loc.getZ(), loc.getHeading()); } /** * Initialize the position of this {@link WorldObject} and add it in the world as a visible object. * @param x : The X position to set. * @param y : The Y position to set. * @param z : The Z position to set. */ public final void spawnMe(int x, int y, int z) { _position.set(MathUtil.limit(x, World.WORLD_X_MIN, World.WORLD_X_MAX), MathUtil.limit(y, World.WORLD_Y_MIN, World.WORLD_Y_MAX), z); spawnMe(); } /** * Initialize the position of this {@link WorldObject} and add it in the world as a visible object. * @param x : The X position to set. * @param y : The Y position to set. * @param z : The Z position to set. * @param heading : The heading position to set. */ public final void spawnMe(int x, int y, int z, int heading) { _position.set(MathUtil.limit(x, World.WORLD_X_MIN, World.WORLD_X_MAX), MathUtil.limit(y, World.WORLD_Y_MIN, World.WORLD_Y_MAX), z, heading); spawnMe(); } /** * @return the visibilty state of this {@link WorldObject}. */ public final boolean isVisible() { return _region != null && _isVisible; } public final void setIsVisible(boolean value) { _isVisible = value; if (!_isVisible) setRegion(null); } public final String getName() { return _name; } public void setName(String value) { _name = value; } public final int getObjectId() { return _objectId; } public Player getActingPlayer() { return null; } /** * Sends the Server->Client info packet for this {@link WorldObject}. * @param player : The packet receiver. */ public void sendInfo(Player player) { } /** * Check if this {@link WorldObject} has charged shot. * @param type : The type of the shot to be checked. * @return true if the object has charged shot. */ public boolean isChargedShot(ShotType type) { return false; } /** * Charging shot into this {@link WorldObject}. * @param type : The type of the shot to be (un)charged. * @param charged : true if we charge, false if we uncharge. */ public void setChargedShot(ShotType type, boolean charged) { } /** * Try to recharge a shot. * @param physical : The skill is using Soulshots. * @param magical : The skill is using Spiritshots. */ public void rechargeShots(boolean physical, boolean magical) { } /** * Check if this {@link WorldObject} is in the given {@link ZoneId}. * @param zone : The ZoneId to check. * @return true if the object is in that ZoneId. */ public boolean isInsideZone(ZoneId zone) { return false; } /** * Set the position of this {@link WorldObject} and if necessary modify its _region. * @param x : The X position to set. * @param y : The Y position to set. * @param z : The Z position to set. */ public final void setXYZ(int x, int y, int z) { _position.set(x, y, z); if (!isVisible()) return; final WorldRegion region = World.getInstance().getRegion(_position); if (region != _region) setRegion(region); } /** * Set the position of this {@link WorldObject} and if necessary modify its _region. * @param loc : The SpawnLocation used as reference. */ public final void setXYZ(SpawnLocation loc) { _position.set(loc); if (!isVisible()) return; final WorldRegion region = World.getInstance().getRegion(_position); if (region != _region) setRegion(region); } /** * Set the position of this {@link WorldObject} using a WorldObject reference position, and if necessary modify its _region. * @param object : The WorldObject used as reference. */ public final void setXYZ(WorldObject object) { setXYZ(object.getPosition()); } /** * Set the position of this {@link WorldObject} and make it invisible. * @param x : The X position to set. * @param y : The Y position to set. * @param z : The Z position to set. */ public final void setXYZInvisible(int x, int y, int z) { _position.set(MathUtil.limit(x, World.WORLD_X_MIN, World.WORLD_X_MAX), MathUtil.limit(y, World.WORLD_Y_MIN, World.WORLD_Y_MAX), z); setIsVisible(false); } public final void setXYZInvisible(Location loc) { setXYZInvisible(loc.getX(), loc.getY(), loc.getZ()); } public final int getX() { return _position.getX(); } public final int getY() { return _position.getY(); } public final int getZ() { return _position.getZ(); } public final int getHeading() { return _position.getHeading(); } public final SpawnLocation getPosition() { return _position; } public final WorldRegion getRegion() { return _region; } /** * Update current and surrounding {@link WorldRegion}s, based on both current region and region set as parameter. * @param newRegion : null to remove the {@link WorldObject}, or the new region. */ public void setRegion(WorldRegion newRegion) { List<WorldRegion> oldAreas = Collections.emptyList(); if (_region != null) { _region.removeVisibleObject(this); oldAreas = _region.getSurroundingRegions(); } List<WorldRegion> newAreas = Collections.emptyList(); if (newRegion != null) { newRegion.addVisibleObject(this); newAreas = newRegion.getSurroundingRegions(); } // For every old surrounding area NOT SHARED with new surrounding areas. for (WorldRegion region : oldAreas) { if (!newAreas.contains(region)) { // Refresh infos related to zones. for (ZoneType zone : region.getZones()) zone.removeKnownObject(this); // Update all objects. for (WorldObject obj : region.getObjects()) { if (obj == this) continue; // if not same instance don't add to knownlist if (obj.getInstanceId() != getInstanceId()) continue; obj.removeKnownObject(this); removeKnownObject(obj); } // Desactivate the old neighbor region. if (this instanceof Player && region.isEmptyNeighborhood()) region.setActive(false); } } // For every new surrounding area NOT SHARED with old surrounding areas. for (WorldRegion region : newAreas) { if (!oldAreas.contains(region)) { // Refresh infos related to zones. for (ZoneType zone : region.getZones()) zone.addKnownObject(this); // Update all objects. for (WorldObject obj : region.getObjects()) { if (obj == this) continue; // if not same instance don't add to knownlist if (obj.getInstanceId() != getInstanceId()) continue; obj.addKnownObject(this); addKnownObject(obj); } // Activate the new neighbor region. if (this instanceof Player) region.setActive(true); } } _region = newRegion; for (WorldObject obj : getDifferentInstanceObjects()) { if (obj == this) continue; obj.removeKnownObject(this); removeKnownObject(obj); } } /** * Add a {@link WorldObject} to knownlist. * @param object : An object to be added. */ public void addKnownObject(WorldObject object) { } /** * Remove a {@link WorldObject} from knownlist. * @param object : An object to be removed. */ public void removeKnownObject(WorldObject object) { } /** * @param target : The WorldObject to check. * @return true if the {@link WorldObject} set as parameter is registered in same grid of regions than this WorldObject. */ public final boolean knows(WorldObject target) { // Object doesn't exist, return false. if (target == null) return false; // No region set for the current WorldObject, return false. final WorldRegion region = _region; if (region == null) return false; // No region set for the target, return false. final WorldRegion targetRegion = target.getRegion(); if (targetRegion == null) return false; // Return instantly true if one surrounding WorldRegions of this WorldObject matches with target WorldRegion. for (WorldRegion reg : region.getSurroundingRegions()) { if (reg == targetRegion) return true; } return false; } /** * Return the knownlist of this {@link WorldObject} for a given object type. * @param <A> : The object type must be an instance of WorldObject. * @param type : The class specifying object type. * @return List<A> : The knownlist of given object type. */ @SuppressWarnings("unchecked") public final <A> List<A> getKnownType(Class<A> type) { final WorldRegion region = _region; if (region == null) return Collections.emptyList(); final List<A> result = new ArrayList<>(); for (WorldRegion reg : region.getSurroundingRegions()) { for (WorldObject obj : reg.getObjects()) { if (obj == this || !type.isAssignableFrom(obj.getClass())) continue; if (obj.getInstanceId() != getInstanceId() && !(obj instanceof Fence)) continue; result.add((A) obj); } } return result; } /** * Return the knownlist of this {@link WorldObject} for a given object type. * @param <A> : The object type must be an instance of WorldObject. * @param type : The class specifying object type. * @param predicate : The predicate to match. * @return List<A> : The knownlist of given object type. */ @SuppressWarnings("unchecked") public final <A> List<A> getKnownType(Class<A> type, Predicate<A> predicate) { final WorldRegion region = _region; if (region == null) return Collections.emptyList(); final List<A> result = new ArrayList<>(); for (WorldRegion reg : region.getSurroundingRegions()) { for (WorldObject obj : reg.getObjects()) { if (obj == this || !type.isAssignableFrom(obj.getClass()) || !predicate.test((A) obj)) continue; result.add((A) obj); } } return result; } private final List<WorldObject> getDifferentInstanceObjects() { final WorldRegion region = _region; if (region == null) return Collections.emptyList(); final List<WorldObject> result = new ArrayList<>(); for (WorldRegion reg : region.getSurroundingRegions()) { for (WorldObject obj : reg.getObjects()) { if (obj == this || obj.getInstanceId() == getInstanceId() || obj instanceof Door || obj instanceof Fence) continue; result.add(obj); } } return result; } /** * Return the knownlist of this {@link WorldObject} for a given object type within specified radius. * @param <A> : The object type must be an instance of WorldObject. * @param type : The class specifying object type. * @param radius : The radius to check in which object must be located. * @return List<A> : The knownlist of given object type. */ @SuppressWarnings("unchecked") public final <A> List<A> getKnownTypeInRadius(Class<A> type, int radius) { final WorldRegion region = _region; if (region == null) return Collections.emptyList(); final List<A> result = new ArrayList<>(); for (WorldRegion reg : region.getSurroundingRegions()) { for (WorldObject obj : reg.getObjects()) { if (obj == this || !type.isAssignableFrom(obj.getClass()) || !MathUtil.checkIfInRange(radius, this, obj, true)) continue; if (obj.getInstanceId() != getInstanceId() && !(obj instanceof Fence)) continue; result.add((A) obj); } } return result; } /** * Return the knownlist of this {@link WorldObject} for a given object type within specified radius. * @param <A> : The object type must be an instance of WorldObject. * @param type : The class specifying object type. * @param radius : The radius to check in which object must be located. * @param predicate : The predicate to match. * @return List<A> : The knownlist of given object type. */ @SuppressWarnings("unchecked") public final <A> List<A> getKnownTypeInRadius(Class<A> type, int radius, Predicate<A> predicate) { final WorldRegion region = _region; if (region == null) return Collections.emptyList(); final List<A> result = new ArrayList<>(); for (WorldRegion reg : region.getSurroundingRegions()) { for (WorldObject obj : reg.getObjects()) { if (obj == this || !type.isAssignableFrom(obj.getClass()) || !MathUtil.checkIfInRange(radius, this, obj, true) || !predicate.test((A) obj)) continue; if (obj.getInstanceId() != getInstanceId() && !(obj instanceof Fence)) continue; result.add((A) obj); } } return result; } /** * Refresh the knownlist for this {@link WorldObject}. Only used by teleport process. */ public final void refreshKnownlist() { final WorldRegion region = _region; if (region == null) return; for (WorldRegion reg : region.getSurroundingRegions()) { for (WorldObject obj : reg.getObjects()) { if (obj == this) continue; if (obj.getInstanceId() != getInstanceId()) continue; obj.addKnownObject(this); addKnownObject(obj); } } } /** * Fire actions related to region activation.<br> * <br> * A region activation occurs when one {@link Player} enters for the first time in this {@link WorldObject}'s {@link WorldRegion} surroundings (self region included).<br> * <br> * Additional Player entrances don't activate it. This state is verified by {@link WorldRegion#isActive()}. */ public void onActiveRegion() { } /** * Fire actions related to region desactivation.<br> * <br> * A region desactivation occurs when the last {@link Player} left this {@link WorldObject}'s {@link WorldRegion} surroundings (self region included).<br> * <br> * This state is verified by {@link WorldRegion#isActive()}. */ public void onInactiveRegion() { } /** * @param object : The {@link WorldObject} to test. * @param radius : The radius to test. * @return True is this {@link WorldObject} is inside the given radius around the {@link WorldObject} set as parameter. */ public final boolean isIn3DRadius(WorldObject object, int radius) { return _position.isIn3DRadius(object.getPosition(), radius); } /** * @param loc : The {@link Location} to test. * @param radius : The radius to test. * @return True is this {@link WorldObject} is inside the given radius around the {@link Location} set as parameter. */ public final boolean isIn3DRadius(Location loc, int radius) { return _position.isIn3DRadius(loc, radius); } /** * @param x : The X coord to test. * @param y : The Y coord to test. * @param z : The Z coord to test. * @param radius : The radius to test. * @return True is this {@link WorldObject} is inside the given radius around the {@link Location} set as parameter. */ public final boolean isIn3DRadius(int x, int y, int z, int radius) { return _position.isIn3DRadius(x, y, z, radius); } /** * @param object : The {@link WorldObject} to test. * @return The distance between this {WorldObject} and the {@link WorldObject} set as parameter. */ public final double distance3D(WorldObject object) { return _position.distance3D(object.getPosition()); } /** * @param loc : The {@link Location} to test. * @return The distance between this {WorldObject} and the {@link Location} set as parameter. */ public final double distance3D(Location loc) { return _position.distance3D(loc); } /** * @param object : The {@link WorldObject} to test. * @param radius : The radius to test. * @return True is this {@link WorldObject} is inside the given radius around the {@link WorldObject} set as parameter. */ public final boolean isIn2DRadius(WorldObject object, int radius) { return _position.isIn2DRadius(object.getPosition(), radius); } /** * @param loc : The {@link Location} to test. * @param radius : The radius to test. * @return True is this {@link WorldObject} is inside the given radius around the {@link Location} set as parameter. */ public final boolean isIn2DRadius(Location loc, int radius) { return _position.isIn2DRadius(loc, radius); } /** * @param x : The X coord to test. * @param y : The Y coord to test. * @param radius : The radius to test. * @return True is this {@link WorldObject} is inside the given radius around the {@link Location} set as parameter. */ public final boolean isIn2DRadius(int x, int y, int radius) { return _position.isIn2DRadius(x, y, radius); } /** * @param object : The {@link WorldObject} to test. * @return The distance - without counting Z - between this {WorldObject} and the {@link WorldObject} set as parameter. */ public final double distance2D(WorldObject object) { return _position.distance2D(object.getPosition()); } /** * @param loc : The {@link Location} to test. * @return The distance - without counting Z - between this {WorldObject} and the {@link Location} set as parameter. */ public final double distance2D(Location loc) { return _position.distance2D(loc); } /** * @param target : The {@link WorldObject} target to check. * @return True if this {@link WorldObject} is behind the {@link WorldObject} target. */ public final boolean isBehind(WorldObject target) { return _position.isBehind(target); } /** * @param target : The {@link WorldObject} target to check. * @return True if this {@link WorldObject} is in front of the {@link WorldObject} target. */ public final boolean isInFrontOf(WorldObject target) { return _position.isInFrontOf(target); } /** * @param target : The {@link WorldObject} target to check. * @param maxAngle : The angle to check. * @return True if this {@link WorldObject} is facing the {@link WorldObject} target. */ public final boolean isFacing(WorldObject target, int maxAngle) { return _position.isFacing(target, maxAngle); } /** * @param player */ public void onInteract(Player player) { } }

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