跟隨還是有些問題，請教！

zouzouge · 發表於 2024-3-11 21:01


	private void AttackMon(final L1PcInstance pc, final L1Character targets) { try { if (!pc.IsFollow()) { pc.sendPackets(new S_SystemMessage("停止跟随")); return; } if (pc.glanceCheck(targets.getX(), targets.getY()) && !targets.isDead()){ pc.attackTarget(targets); } else { target = SearchTarget(pc); } } catch (Exception e) { _log.error(e.getLocalizedMessage(), e); } } 以上這一段有問題，四個角色在同一個地圖，兩個主人，兩個打手，如果主人1打了其中一個怪物，打手1和打手2就會去攻擊同一個怪物，感覺是pc.attackTarget(targets);這句沒寫對，或者PC（也就是打手）不是唯一的，讓整個地圖里的打手都去攻擊targets。以上，求大大幫忙看看咋搞~

yasioukon · 發表於 2024-3-11 22:39


	AttackMon觸發條件沒有先認主人或者是 targets 寫成共用了

zouzouge · 發表於 2024-3-12 11:55


	yasioukon 發表於 2024-3-11 22:39 AttackMon觸發條件沒有先認主人或者是 targets 寫成共用了 package com.add.NewAuto; import java.util.LinkedList; import java.util.Timer; import java.util.TimerTask; import org.apache.commons.logging.Log; import org.apache.commons.logging.LogFactory; import com.lineage.config.ThreadPoolSet; import com.lineage.server.clientpackets.AcceleratorChecker; import com.lineage.server.datatables.SkillsTable; import com.lineage.server.datatables.lock.CharSkillReading; import com.lineage.server.model.L1Character; import com.lineage.server.model.L1Location; import com.lineage.server.model.L1Object; import com.lineage.server.model.L1Trade; import com.lineage.server.model.Instance.L1DollInstance; import com.lineage.server.model.Instance.L1MonsterInstance; import com.lineage.server.model.Instance.L1NpcInstance; import com.lineage.server.model.Instance.L1PcInstance; import com.lineage.server.model.map.L1Map; import com.lineage.server.model.map.L1WorldMap; import com.lineage.server.model.skill.L1SkillId; import com.lineage.server.model.skill.L1SkillUse; import com.lineage.server.serverpackets.S_CharVisualUpdate; import com.lineage.server.serverpackets.S_MapID; import com.lineage.server.serverpackets.S_MoveCharPacket; import com.lineage.server.serverpackets.S_NPCPack_Doll; import com.lineage.server.serverpackets.S_OtherCharPacks; import com.lineage.server.serverpackets.S_OwnCharPack; import com.lineage.server.serverpackets.S_PacketBoxWindShackle; import com.lineage.server.serverpackets.S_Paralysis; import com.lineage.server.serverpackets.S_SystemMessage; import com.lineage.server.templates.L1Skills; import com.lineage.server.thread.PcAutoThreadPool; import com.lineage.server.types.Point; import com.lineage.server.world.World; /** * 跟随系统 * @author Manly * / public class FollowPc extends TimerTask { private static Log _log = LogFactory.getLog(FollowPc.class); public static L1Character target = null; private L1PcInstance pc = null; private int update = 0; private Timer _timeHandler = new Timer(true); public FollowPc(L1PcInstance user) { pc = user; } protected static int _heading2[] = { 7, 0, 1, 2, 3, 4, 5, 6 }; protected static int _heading3[] = { 1, 2, 3, 4, 5, 6, 7, 0 }; protected int[][] DIR_TABLE = { { 0, -1 }, { 1, -1 }, { 1, 0 }, { 1, 1 }, { 0, 1 }, { -1, 1 }, { -1, 0 }, { -1, -1 } }; public void begin() { _timeHandler.schedule(this, 250, 250); PcAutoThreadPool.get().execute(this); } public void stop() { try { if (this.cancel()) { _timeHandler.purge(); } target = null; update = 0; pc.setFollowId(0); pc.setFollow(false); pc.setFollowMode(0); pc.sendPackets(new S_SystemMessage("已设定停止或跟随目标异常跟随停止")); } catch (Exception e) { _log.error(e.getLocalizedMessage(), e); } } @Override public void run() { try { if (pc == null \|\| pc.isDead() \|\| pc.getCurrentHp() <= 0 \|\| !pc.IsFollow() \|\| pc.getNetConnection() == null) { stop(); pc.sendPackets(new S_SystemMessage("停止跟随3")); } else { L1Object targetM = World.get().findObject(pc.getFollowId()); if (targetM == null) { stop(); pc.sendPackets(new S_SystemMessage("停止跟随4")); return; } else { if (targetM instanceof L1PcInstance) { final L1PcInstance targetPc = (L1PcInstance) targetM; if (targetPc.getBeFollowId() == 0) { stop(); pc.sendPackets(new S_SystemMessage("停止跟随5")); return; } } } if (pc.getFollowMode() == 1) { L1Object target2 = World.get().findObject(pc.getFollowId()); final L1Character targets = target; final L1PcInstance targetzPc = (L1PcInstance) target2; L1Object obj = World.get().findObject(targetzPc.getAttackId()); // if (obj instanceof L1MonsterInstance) { // final L1PcInstance targetPc = (L1PcInstance) target2; if (target != null) { if (target.isDead()) { target = null; } // if (targetzPc.isSafetyZone() && !pc.isSafetyZone()) { // target = null; // pc.setTeleportX(targetzPc.getX()); // pc.setTeleportY(targetzPc.getY()); // pc.setTeleportMapId((short) targetzPc.getMapId()); // pc.setTeleportHeading(pc.getHeading()); // teleportation(pc); // MoveCha(pc , targetzPc); // return; // } if (target != null) { if (target instanceof L1MonsterInstance) { L1MonsterInstance mob = (L1MonsterInstance) target; if (mob.getHiddenStatus() == 1 \|\| mob.getHiddenStatus() == 2 \|\| mob.getHiddenStatus() == 3) { target = null; } } } if (target != null) { int Ranged = 1; if (pc.getWeapon() != null) { Ranged = pc.getWeapon().getItem().getRange(); if (Ranged == -1 \|\| Ranged > 2) { Ranged = 8; } } final int location = this.pc.getLocation().getTileLineDistance (targets.getLocation()); if (location <= Ranged && this.pc.glanceCheck(target.getX(), target.getY())) { AttackMon(this.pc , this.target); int SPEED = pc.getAcceleratorChecker().getRightInterval (AcceleratorChecker.ACT_TYPE.ATTACK); if (SPEED < ThreadPoolSet.ATTACK_SPEED) { SPEED = ThreadPoolSet.ATTACK_SPEED; } SPEED = (SPEED ThreadPoolSet.REXT) / 100; Thread.sleep(SPEED); } else { // if (pc.getLocation().getTileLineDistance(targetzPc.getLocation()) > 11) { // target = null; // pc.targetClear(); // pc.allTargetClear(); // target = SearchTarget(pc); // } Move(this.pc, targets); int SPEED = pc.getAcceleratorChecker().getRightInterval (AcceleratorChecker.ACT_TYPE.MOVE); if (SPEED < ThreadPoolSet.WALK_SPEED) { SPEED = ThreadPoolSet.WALK_SPEED; } SPEED = (SPEED * ThreadPoolSet.REXT) / 100; Thread.sleep(SPEED); } } } else { target = SearchTarget(this.pc); if (target == null) { L1Object target1 = World.get().findObject(this.pc.getFollowId()); if (target1 != null) { if (target1 instanceof L1PcInstance) { final L1PcInstance targetPc = (L1PcInstance) target1; MoveCha(this.pc , targetPc); } } else { stop(); pc.sendPackets(new S_SystemMessage("停止跟随1")); } } } } else { FollowCha(pc); } } } catch (Exception e) { // stop(); // pc.sendPackets(new S_SystemMessage("停止跟随2")); _log.error(e.getLocalizedMessage(), e); } } private void FollowCha(final L1PcInstance pc) { L1Object target1 = World.get().findObject(pc.getFollowId()); if (target1 != null) { if (target1 instanceof L1PcInstance) { final L1PcInstance targetPc = (L1PcInstance) target1; if (targetPc.getMapId() != 613 && targetPc.getMapId() != 53 && targetPc.getMapId() != 780 && targetPc.getMapId() != 781 && targetPc.getMapId() != 5168 && targetPc.getMapId() != 305) { if (pc.getLocation().getTileLineDistance(targetPc.getLocation()) > 10 \|\| pc.getMapId() != targetPc.getMapId()) { pc.setTeleportX(targetPc.getX()); pc.setTeleportY(targetPc.getY()); pc.setTeleportMapId((short) targetPc.getMapId()); pc.setTeleportHeading(pc.getHeading()); teleportation(pc); return; } } if (targetPc.getMapId() == 613 \|\| targetPc.getMapId() == 53 \|\| targetPc.getMapId() == 780 \|\| targetPc.getMapId() == 781 \|\| targetPc.getMapId() == 5168 \|\| targetPc.getMapId() == 305) { if (pc.getLocation().getTileLineDistance(targetPc.getLocation()) > 10 && pc.getMapId() == targetPc.getMapId()) { pc.setTeleportX(targetPc.getX()); pc.setTeleportY(targetPc.getY()); pc.setTeleportMapId((short) targetPc.getMapId()); pc.setTeleportHeading(pc.getHeading()); teleportation(pc); return; } } MoveCha(pc , targetPc); if(CharSkillReading.get().spellCheck(pc.getId(), 35)){ double FollowPcHp = targetPc.getMaxHp() * 0.75; if (targetPc.getCurrentHp() < FollowPcHp) { L1Skills skill = SkillsTable.get().getTemplate(35); new L1SkillUse().handleCommands (pc, 35, targetPc.getId(), targetPc.getX(), targetPc.getY(), skill.getBuffDuration(), 0); } } } } } private L1Character SearchTarget(L1PcInstance pc) { try { if (pc.hasSkillEffect(L1SkillId.STATUS_CURSE_PARALYZED)) { return null; } if (pc.hasSkillEffect(L1SkillId.STATUS_POISON_PARALYZED)) { return null; } if (pc.hasSkillEffect(L1SkillId.STATUS_FREEZE)) { return null; } L1Object target1 = World.get().findObject(pc.getFollowId()); if (target1 != null) { if (target1 instanceof L1PcInstance) { final L1PcInstance targetPc = (L1PcInstance) target1; L1Object objg = World.get().findObject(targetPc.getAttackId()); if (targetPc.getMapId() != 613 && targetPc.getMapId() != 53 && targetPc.getMapId() != 780 && targetPc.getMapId() != 781 && targetPc.getMapId() != 5168 && targetPc.getMapId() != 305) { if (pc.getLocation().getTileLineDistance(targetPc.getLocation()) > 10 \|\| pc.getMapId() != targetPc.getMapId()) { pc.setTeleportX(targetPc.getX()); pc.setTeleportY(targetPc.getY()); pc.setTeleportMapId((short) targetPc.getMapId()); pc.setTeleportHeading(pc.getHeading()); teleportation(pc); MoveCha(pc , targetPc); return null; } } if (targetPc.getMapId() == 613 \|\| targetPc.getMapId() == 53 \|\| targetPc.getMapId() == 780 \|\| targetPc.getMapId() == 781 \|\| targetPc.getMapId() == 5168 \|\| targetPc.getMapId() == 305) { if (pc.getLocation().getTileLineDistance(targetPc.getLocation()) > 10 && pc.getMapId() == targetPc.getMapId()) { pc.setTeleportX(targetPc.getX()); pc.setTeleportY(targetPc.getY()); pc.setTeleportMapId((short) targetPc.getMapId()); pc.setTeleportHeading(pc.getHeading()); teleportation(pc); MoveCha(pc , targetPc); return null; } } L1Object obj = World.get().findObject(targetPc.getAttackId()); if (obj instanceof L1MonsterInstance) { final L1MonsterInstance mob = (L1MonsterInstance) obj; if (mob.isDead()) { return null; } if (mob.getHiddenStatus() == 1 \|\| mob.getHiddenStatus() == 2 \|\| mob.getHiddenStatus() == 3) { return null; } if (pc.glanceCheck(mob.getX(), mob.getY())){ return mob; } } } } return null; } catch (Exception e) { _log.error(e.getLocalizedMessage(), e); return null; } } private void AttackMon(final L1PcInstance pc, final L1Character targets) { L1Object target1 = World.get().findObject(pc.getFollowId()); final L1PcInstance targetPc = (L1PcInstance) target1; L1Object targetsnow = World.get().findObject(targetPc.getAttackId()); try { if (!pc.IsFollow()) { pc.sendPackets(new S_SystemMessage("停止跟随")); return; } if (pc.glanceCheck(targets.getX(), targets.getY()) && // pc.getLocation().getTileLineDistance(targetPc.getLocation()) < 6 && !targets.isDead()){ // targets.onAction(this.pc); // this.pc._hateList.add(target, 0); this.pc.attackTarget(targets); // targets.attack(pc, this); } else { // target = null; // pc.targetClear(); target = SearchTarget(this.pc); // MoveCha(pc , targetPc); } } catch (Exception e) { _log.error(e.getLocalizedMessage(), e); } } private void MoveCha(L1PcInstance pc , L1Character targets) { try { if (!pc.IsFollow()) { pc.sendPackets(new S_SystemMessage("停止跟随")); return; } int location = pc.getLocation().getTileLineDistance (targets.getLocation()); int Ranged = 2; if (location > Ranged ) { int dir = moveDirection(pc,targets.getX(), targets.getY()); if (dir >= 0) { setDirectionMove(pc, dir); } } } catch (Exception e) { _log.error(e.getLocalizedMessage(), e); } } private void Move(L1PcInstance pc , L1Character targets) { L1Object target1 = World.get().findObject(pc.getFollowId()); final L1PcInstance targetPc = (L1PcInstance) target1; try { if (!pc.IsFollow()) { pc.sendPackets(new S_SystemMessage("停止跟随")); return; } int location = pc.getLocation().getTileLineDistance (targets.getLocation()); int Ranged = 1; if (pc.getWeapon() != null) { Ranged = pc.getWeapon().getItem().getRange(); if (Ranged == -1 \|\| Ranged > 2) { Ranged = 8; } } if (location <= Ranged && pc.glanceCheck(targets.getX(), targets.getY())) { AttackMon(this.pc, targets); } else { int dir = moveDirection(pc,targets.getX(), targets.getY()); setDirectionMove(pc, dir); } } catch (Exception e) { _log.error(e.getLocalizedMessage(), e); } } private static void teleportation(L1PcInstance pc) { try { if (pc == null) { return; } if (pc.getOnlineStatus() == 0) { return; } if (pc.getNetConnection().getIp() == null) { return; } if (pc.getNetConnection() == null) { return; } if (pc.isDead()) { return; } if (pc.isTeleport()) { return; } if (pc.getTradeID() != 0) { L1Trade trade = new L1Trade(); trade.tradeCancel(pc); } // 解除旧座标障碍宣告 pc.getMap().setPassable(pc.getLocation(), true); short mapId = pc.getTeleportMapId(); int x = pc.getTeleportX(); int y = pc.getTeleportY(); int head = pc.getTeleportHeading(); L1Map map = L1WorldMap.get().getMap(mapId); if ((!map.isInMap(x, y)) && (!pc.isGm()&& (pc.isGm()))) { x = pc.getX(); y = pc.getY(); mapId = pc.getMapId(); } World.get().moveVisibleObject(pc, mapId); pc.setLocation(x, y, mapId);//设置角色新座标 pc.setHeading(head); pc.setOleLocX(x); pc.setOleLocY(y); boolean isUnderwater = pc.getMap().isUnderwater(); pc.sendPackets(new S_MapID(pc, pc.getMapId(), isUnderwater)); if ((!pc.isGhost()) && (!pc.isGmInvis()) && (!pc.isInvisble())) { pc.broadcastPacketAll(new S_OtherCharPacks(pc)); } pc.sendPackets(new S_OwnCharPack(pc)); pc.removeAllKnownObjects(); pc.updateObject(); pc.sendPackets(new S_CharVisualUpdate(pc)); pc.killSkillEffectTimer(32);// 冥想术 pc.setCallClanId(0); if (!pc.getDolls().isEmpty()) { // 主人身边随机座标取回 L1Location loc = pc.getLocation().randomLocation(3, false); int nx = loc.getX(); int ny = loc.getY(); Object[] dolls = pc.getDolls().values().toArray(); for (Object obj : dolls) { L1DollInstance doll = (L1DollInstance) obj; teleport(doll, nx, ny, mapId, head); pc.sendPackets(new S_NPCPack_Doll(doll, pc)); // 设置副本编号 doll.set_showId(pc.get_showId()); } } if (pc.hasSkillEffect(167)) {// 风之枷锁 pc.sendPackets(new S_PacketBoxWindShackle (pc.getId(), pc.getSkillEffectTimeSec(167))); } // 新增座标障碍宣告 if (!pc.isGmInvis()) {// 排除GM隐身 pc.getMap().setPassable(pc.getLocation(), false); } pc.getPetModel();// 恢复宠物目前模式 } catch (Exception e) { // 解除传送锁定 pc.sendPackets(new S_Paralysis(S_Paralysis.TYPE_TELEPORT_UNLOCK, false)); _log.error(e.getLocalizedMessage(), e); } finally { // 解除传送锁定 pc.sendPackets(new S_Paralysis(S_Paralysis.TYPE_TELEPORT_UNLOCK, false)); } } /** * 追踪方向返回 / private int moveDirection(L1PcInstance pc, int targetsx, int targetsy) { // 目标点Ｘ目标点Ｙ return moveDirection (pc, targetsx, targetsy, pc.getLocation().getLineDistance (new Point(targetsx, targetsy))); } private int courceRange = 20; private int moveDirection(L1PcInstance pc, int targetsx, int targetsy, double d) { int dir = 0; if ((pc.hasSkillEffect(40) == true) && (d >= 2D)) { return -1; } else if (d > 100D) { return -1; } else if (d > 100) { dir = _targetDirection (pc.getHeading(), pc.getX(), pc.getY(), targetsx, targetsy); dir = checkObject(pc, dir); } else { dir = _serchCource(pc, targetsx, targetsy); dir = checkObject(pc, dir); if (dir == -1) { dir = _targetDirection (pc.getHeading(), pc.getX(), pc.getY(), targetsx, targetsy); dir = checkObject(pc, dir); } } return dir; } protected int _serchCource(L1PcInstance pc, int x, int y){ int i; int locCenter = courceRange + 1; int diff_x = x - locCenter; // Ｘの实际のロケーションとの差 int diff_y = y - locCenter; // Ｙの实际のロケーションとの差 int[] locBace = { pc.getX() - diff_x, pc.getY() - diff_y, 0, 0 }; // Ｘ // Ｙ // 方向 // 初期方向 int[] locNext = new int[4]; int[] locCopy; int[] dirFront = new int[5]; boolean serchMap[][] = new boolean[locCenter 2 + 1][locCenter * 2 + 1]; LinkedList<int[]> queueSerch = new LinkedList<int[]>(); // 探索用マップの设定 for (int j = courceRange * 2 + 1; j > 0; j--) { for (i = courceRange - Math.abs(locCenter - j); i >= 0; i--) { serchMap[j][locCenter + i] = true; serchMap[j][locCenter - i] = true; } } // 初期方向の设置 int[] firstCource = { 2, 4, 6, 0, 1, 3, 5, 7 }; for (i = 0; i < 8; i++) { System.arraycopy(locBace, 0, locNext, 0, 4); _moveLocation(locNext, firstCource); L1Object targetg = World.get().findObject(pc.getFollowId()); final L1PcInstance targetPc = (L1PcInstance) targetg; if (locNext[0] - locCenter == 0 && locNext[1] - locCenter == 0) { // 最短经路が见つかった场合:邻 return firstCource; } if (locNext[0] > 29 \|\| locNext[1] > 29 \|\| locNext[0] <= -1 \|\| locNext[1] <= -1){ // pc.setTeleportX(targetg.getX()); // pc.setTeleportY(targetg.getY()); // pc.setTeleportMapId((short) targetg.getMapId()); // pc.setTeleportHeading(pc.getHeading()); // teleportation(pc); return 1; } if (serchMap[locNext[0]][locNext[1]]) { int tmpX = locNext[0] + diff_x; int tmpY = locNext[1] + diff_y; boolean found = false; switch(i) { case 0: found = pc.getMap().isPassable(tmpX, tmpY + 1, i, pc); break; case 1: found = pc.getMap().isPassable(tmpX - 1, tmpY + 1, i, pc); break; case 2: found = pc.getMap().isPassable(tmpX - 1, tmpY, i, pc); break; case 3: found = pc.getMap().isPassable(tmpX - 1, tmpY - 1, i, pc); break; case 4: found = pc.getMap().isPassable(tmpX, tmpY - 1, i, pc); break; case 5: found = pc.getMap().isPassable(tmpX + 1, tmpY - 1, i, pc); break; case 6: found = pc.getMap().isPassable(tmpX + 1, tmpY, i, pc); break; case 7: found = pc.getMap().isPassable(tmpX + 1, tmpY + 1, i, pc); break; } if (found) {// 移动经路があった场合 locCopy = new int[4]; System.arraycopy(locNext, 0, locCopy, 0, 4); locCopy[2] = firstCource; locCopy[3] = firstCource; queueSerch.add(locCopy); } serchMap[locNext[0]][locNext[1]] = false; } } locBace = null; // 最短经路を探索 while (queueSerch.size() > 0) { locBace = queueSerch.removeFirst(); _getFront(dirFront, locBace[2]); for (i = 4; i >= 0; i--) { System.arraycopy(locBace, 0, locNext, 0, 4); _moveLocation(locNext, dirFront); if (locNext[0] - locCenter == 0 && locNext[1] - locCenter == 0) { return locNext[3]; } if (serchMap[locNext[0]][locNext[1]]) { int tmpX = locNext[0] + diff_x; int tmpY = locNext[1] + diff_y; boolean found = false; switch (i) { case 0: found = pc.getMap().isPassable(tmpX, tmpY + 1, i, pc); break; case 1: found = pc.getMap().isPassable(tmpX - 1, tmpY + 1, i, pc); break; case 2: found = pc.getMap().isPassable(tmpX - 1, tmpY, i, pc); break; case 3: found = pc.getMap().isPassable(tmpX - 1, tmpY - 1, i, pc); break; case 4: found = pc.getMap().isPassable(tmpX, tmpY - 1, i, pc); break; } if (found) {// 移动经路があった场合 locCopy = new int[4]; System.arraycopy(locNext, 0, locCopy, 0, 4); locCopy[2] = dirFront; queueSerch.add(locCopy); } serchMap[locNext[0]][locNext[1]] = false; } } locBace = null; } return -1; // 目标までの经路がない场合 } private void _moveLocation(int[] ary, int dir) { ary[0] += DIR_TABLE[dir][0]; ary[1] += DIR_TABLE[dir][1]; ary[2] = dir; } private void _getFront(int[] ary, int d) { switch (d) { case 1: ary[4] = 2; ary[3] = 0; ary[2] = 1; ary[1] = 3; ary[0] = 7; break; case 2: ary[4] = 2; ary[3] = 4; ary[2] = 0; ary[1] = 1; ary[0] = 3; break; case 3: ary[4] = 2; ary[3] = 4; ary[2] = 1; ary[1] = 3; ary[0] = 5; break; case 4: ary[4] = 2; ary[3] = 4; ary[2] = 6; ary[1] = 3; ary[0] = 5; break; case 5: ary[4] = 4; ary[3] = 6; ary[2] = 3; ary[1] = 5; ary[0] = 7; break; case 6: ary[4] = 4; ary[3] = 6; ary[2] = 0; ary[1] = 5; ary[0] = 7; break; case 7: ary[4] = 6; ary[3] = 0; ary[2] = 1; ary[1] = 5; ary[0] = 7; break; case 0: ary[4] = 2; ary[3] = 6; ary[2] = 0; ary[1] = 1; ary[0] = 7; break; } } /** * 目标点方向计算 * * @param h * 目前面向 * @param x * 目前X * @param y * 目前Y * @param tx * 目标X * @param ty * 目标Y * @return */ private static int _targetDirection(int h, int x,int y, int tx, int ty) { try { float dis_x = Math.abs(x - tx); // X点方向距离 float dis_y = Math.abs(y - ty); // Y点方向距离 float dis = Math.max(dis_x, dis_y); // 取回2者最大质 if (dis == 0) { return h; // 距离为0表示不须改变面向 } int avg_x = (int) Math.floor((dis_x / dis) + 0.59f); // 上下左右がちょっと优先な丸め int avg_y = (int) Math.floor((dis_y / dis) + 0.59f); // 上下左右がちょっと优先な丸め int dir_x = 0; int dir_y = 0; if (x < tx) { dir_x = 1; } if (x > tx) { dir_x = -1; } if (y < ty) { dir_y = 1; } if (y > ty) { dir_y = -1; } if (avg_x == 0) { dir_x = 0; } if (avg_y == 0) { dir_y = 0; } switch (dir_x) { case -1: switch (dir_y) { case -1: return 7; // 左 case 0: return 6; // 左下 case 1: return 5; // 下 } break; case 0: switch (dir_y) { case -1: return 0; // 左上 case 1: return 4; // 右下 } break; case 1: switch (dir_y) { case -1: return 1; // 上 case 0: return 2; // 右上 case 1: return 3; // 右 } break; } } catch (final Exception e) { _log.error(e.getLocalizedMessage(), e); } return h; } private int checkObject(L1PcInstance pc, int h) { if ((h >= 0) && (h <= 7)) { int x = pc.getX(); int y = pc.getY(); int h2 = _heading2[h]; int h3 = _heading3[h]; if (pc.getMap().isPassable(x, y, h, pc)) { return h; } else if (pc.getMap().isPassable(x, y, h2, pc)) { return h2; } else if (pc.getMap().isPassable(x, y, h3, pc)) { return h3; } } return -1; } protected static final byte[] HEADING_TABLE_X = { 0, 1, 1, 1, 0, -1, -1, -1 }; protected static final byte[] HEADING_TABLE_Y = { -1, -1, 0, 1, 1, 1, 0, -1 }; private void setDirectionMove(L1PcInstance pc, int dir) { if (dir >= 0) { int locx = pc.getX(); int locy = pc.getY(); int _mode = 0; locx += HEADING_TABLE_X[dir]; locy += HEADING_TABLE_Y[dir]; pc.setHeading(dir); // 解除旧座标障碍宣告 pc.getMap().setPassable(pc.getLocation(), true); pc.setX(locx); pc.setY(locy); pc.getMap().setPassable(pc.getLocation(), false); pc.broadcastPacketAll(new S_MoveCharPacket(pc)); pc.sendPackets(new S_MoveCharPacket(pc)); update++; if (update > 9) { L1Location newLocation = pc.getLocation().randomLocation(1, true); int newX = newLocation.getX(); int newY = newLocation.getY(); pc.setTeleportX(newX); pc.setTeleportY(newY); pc.setTeleportMapId((short) pc.getMapId()); pc.setTeleportHeading(dir); teleportation(pc); update = 0; } } } private static void teleport(L1NpcInstance npc, int x, int y,short map, int head) { try { World.get().moveVisibleObject(npc, map); L1WorldMap.get().getMap(npc.getMapId()).setPassable(npc.getX(), npc.getY(), true, 2); npc.setX(x); npc.setY(y); npc.setMap(map); npc.setHeading(head); L1WorldMap.get().getMap(npc.getMapId()).setPassable(npc.getX(), npc.getY(), false, 2); } catch (Exception e) { _log.error(e.getLocalizedMessage(), e); } } }

zouzouge · 發表於 2024-3-12 11:56


	yasioukon 發表於 2024-3-11 22:39 AttackMon觸發條件沒有先認主人或者是 targets 寫成共用了麻煩大大幫忙看看

Lin-JN · 發表於 2024-3-18 01:21


	zouzouge 發表於 2024-3-12 11:56 麻煩大大幫忙看看这么多代码看起来很伤眼睛的。把 targets 按主人分类出来就可以了，new 一个 hateList 出来比较好，AI的优化是一件很复杂的事情，测试时间越长，就会发现越多问题，才能改得越精细。

[問題] 跟隨還是有些問題，請教！