[Release] Muddy's D2NT

Quote:
Originally Posted by Shrimps in Bierteig
Das hat er mir letzthin ausf�hrlich erkl�rt, ich denk ich kann dir weiterhelfen.
Code:
	// Define when a monster is considered immune by entering the index of one or more of your attack skills. As an example: [1, 3] means that a monster is considered immune if it is immune to both NTConfig_AttackSkill[1] and NTConfig_AttackSkill[3], whatever those may be.
	MWConfig_CheckImmunitySkills = [1, 3];
Da legst du fest, was der bot f�r Immunit�ten erkennt. Ist mit dem beschreib selbst erkl�rend denk ich mal. Ich habe 1 und 3, weil ich Fb/Orb bin. Also erkennt er mobs mit feuer und frost als immune an.
Code:
	// Select the behaviour of your character when encountering a monsters that is considered immune referring to the definition above.
	// 0: Don't do anything. (D2NT default)
	// 1: Get close to the monster, use static field if the monster is not immune to lightning.
	// 2: Skip the monster.
	// 3: Attack the monster using NTConfig_AttackSkill[8] and NTConfig_AttackSkill[9]
	NTConfig_BehaviourOnImmuneMonster = 1;
	
	NTConfig_AttackSkill[8] = 0;	// Skill to be used against user defined immunes.
	NTConfig_AttackSkill[9] = 0;	// Untimed Skill to be used against user defined immunes.
Das hier ist jetzt um das benehmen des Bots, gegen �ber die oben erw�hnten Immunit�ten. Zuerst legst du mit NTConfig_BehaviourOnblablabla... fest, wie der Bot reagiert bei Imunen gegner.(1, 2 und 3 sollten selbsterkl�rend sein)

Nur wen die "3" ausw�hlst, musst du AttackSkill[8] und [9] festlegen. Das sind dan die Attacken die er macht, wen die Mobs, die oben ausgew�hlten Immunit�ten haben.

Ich hoffe ich konnte dir deine Frage beantworden.

mfg
Ja, so dachte ich es mir auch.
Funktioniert es bei dir?
Auch ich hab ne fireball/coldorb Soso.
Und da ich Classic spiele, keinen Merc.
Macht Alles, wie sie soll, orb/fb/static.
Aber dann, bei cold/fire -Immunen.....
Habe also fireball und coldorb, bei mir 1+2, als Immunit�t angegeben.
In der Attacke 8 dann 42 f�r static und
in der Attacke 9 dann 49 f�r Blitz eingetragen.
Dann macht die aber NUR STATIC
setze ich 8 auf 49 und 9 auf 42,
dann macht die NUR BLITZ.
Das ist mein Problem, das konnte ich auch mit der neuen NTAttack.ntj
nicht �ndern.
Wenns bei dir funzt, bitte ich um deine Sorcscript.
Danke.
Fred
Quote:
Originally Posted by Muddy_Waters
Nicht dass ich etwas gegen deinen guten Willen h�tte, aber wenn du mir pers�nlich etwas schreiben m�chtest, was nichts mit dem Thema zu tun hat, k�nntest du dies auch in Form einer Profilnachricht tun. ;)

Dann bleibt das hier etwas �bersichtlicher. :)

Ich habe das gerade mal bei mir getestet - keine Probleme. :)

Ersetz doch bitte mal deine Attack library durch die minimal aktualisierte Version, vielleicht ist das ja auch ein Bug in der Release Version.
Spoiler
Code:
/**
*	This file was modified by [Only registered and activated users can see links. Click Here To Register...]				
*	Check the programming section for updates and further scripts
*	Last Update: 10:52 26.03.2011						
*/

const NTA_DAMAGE_NONE = 0;
const NTA_DAMAGE_PHYSICAL = 1;
const NTA_DAMAGE_MAGIC = 2;
const NTA_DAMAGE_FIRE = 3;
const NTA_DAMAGE_LIGHTNING = 4;
const NTA_DAMAGE_COLD = 5;
const NTA_DAMAGE_POISON = 6;

var _MWA_Attack_Slot = -1;

var _MWA_Merc_Weapon_Type = -1;

var _MWA_Corpse_Damage_Radius = -1.0;
var _MWA_Minion_Counts = new Array(-1, -1, -1);

var _NTA_SkillHand = new Array(10);
var _NTA_SkillDamage = new Array(10);
var _NTA_SkillRange = new Array(10);

var _MWA_SkipList = new Array();
var _MWA_Attack_Time = new Array();

var _MWA_Traps;

function NTA_Initialize()
{
	if(NTConfig_AttackSkill[1] == 0 || NTConfig_AttackSkill[3] == 0)
		NTA_DetectAttackPattern();
	
	for(var i = 0; i < NTConfig_AttackSkill.length; i++)
	{
		if(NTConfig_AttackSkill[i] > 0)
		{
			_NTA_SkillHand[i] = GetBaseStat("skills.txt", NTConfig_AttackSkill[i], 166) ? 2 : NTC_HAND_RIGHT;
			_NTA_SkillDamage[i] = NTA_GetDamageType(NTConfig_AttackSkill[i]);

			switch(NTConfig_AttackSkill[i])
			{
				case MWS_TORNADO:
					_NTA_SkillRange[i] = MWConfig_TornadoRange;
					break;
				case MWS_TWISTER:
					_NTA_SkillRange[i] = MWConfig_TwisterRange;
					break;
				case MWS_FROST_NOVA: //Frost Nova
				case MWS_NOVA: // Nova
				case MWS_HOLY_BOLT: // Holy Bolt
					_NTA_SkillRange[i] = 5;
					break;
				case MWS_FIRE_BLAST:
				case MWS_SHOCK_WEB:
				case MWS_FROZEN_ORB: // Frozen Orb
					_NTA_SkillRange[i] = 15;
					break;
				case MWS_CORPSE_EXPLOSION: // Corpse Explosion
					_NTA_SkillRange[i] = 25;
					break;
				case MWS_SMITE: // Smite
				case MWS_ZEAL: // Zeal
					_NTA_SkillHand[i] = NTC_HAND_LEFT; // Make sure those skills are casted without shift being hold
				case MWS_BLESSED_HAMMER: //Blessed Hammer
				case MWS_BERSERK: //Berserk
				case MWS_WAR_CRY: // War Cry
					_NTA_SkillRange[i] = 3;
					break;
				case MWS_WHIRLWIND: //Whirlwind
					_NTA_SkillRange[i] = 8;
					break;
				case MWS_INFERNO:
					_NTA_SkillRange[i] = 10;
					break;
				// Range definition for traps: [0]: range to place a trap [1]: range of the trap itself
				case MWS_CHARGED_BOLT_SENTRY:
				case MWS_WAKE_OF_FIRE:
				case MWS_WAKE_OF_INFERNO:
					_NTA_SkillRange[i] = [15, 10];
					break;
				case MWS_LIGHTNING_SENTRY:
				case MWS_DEATH_SENTRY:
					_NTA_SkillRange[i] = [15, 20];
					break;
				default:
					_NTA_SkillRange[i] = 20;
					break;
			}
		}
	}
}

function NTA_KillMonster(search)
{
	var _target, _attackcount, _attacksFailed;

	if(NTConfig_AttackSkill[1] < 1)
		return false;

	_target = NTC_FindUnit(NTC_UNIT_MONSTER, search, 5);

	if(!_target)
		return false;

	if(_target.IsAttackable())
	{
		_attackcount = 0;
		_attacksFailed = 0;
		
		if(MWConfig_ClearBossPosition && me.diff > 0 &&  MWA_FindNearbyMonsters(10, _target))
			NTA_ClearPosition(15, false, 0, false, false);

		while(_attackcount < 350 && NTA_IsValidMonster(_target))
		{
			if(MWConfig_ShowOverheadStatus)
				MWA_PrintAttackStatus(1, _target);
			
			if(NTA_Attack(_target, (_attackcount % 30) == 0) < 2)
				_attacksFailed++;

			_attackcount++;
			
			if(_attacksFailed > 2)
				break;
		}
	}
	
	if(MWConfig_PickItemsInstantly && (_target.hp <= 0 || _target.mode == 0 || _target.mode == 12))
		NTSI_PickItems();

	return (_target.hp <= 0 || _target.mode == 0 || _target.mode == 12);
}

function NTA_ClearPosition(range, pickitem, safelevel, openchests, usefinditem, spectype)
{
	var _orgx, _orgy;
	var _spectype = [0x0A, 0x0E, 0x01];
	var _skiplist;
	var _attackcount = 0;
	var _target;
	var _distance, _mingid, _mindistance;
	var _mingidPrio, _mindistPrio;
	var _result;
	var _outputType;

	if(NTConfig_AttackSkill[1] < 1 || NTConfig_AttackSkill[3] < 1)
		return false;

	switch(arguments.length)
	{
		case 0:
			range = 20;
		case 1:
			pickitem = false;
		case 2:
			safelevel = 2;
		case 3:
			if(NTConfig_CheckSelfSafe < 0x01 && NTConfig_CheckMercSafe < 0x01)
				safelevel = 0;
			openchests = true;
		case 4: 
			usefinditem = true;
		case 5:
			break;
		default:
			if(spectype > 0x01)
				_spectype = [spectype];
	}
	
	if(_spectype.length == 3 && (me.classid == NTC_CHAR_CLASS_NECROMANCER || me.classid == NTC_CHAR_CLASS_SORCERESS && MWConfig_KeepDistanceToMonsters))
		_spectype = [0x01];

	_orgx = me.x;
	_orgy = me.y;

	for(var i = 0; i < _spectype.length; i++)
	{
		_skiplist = new Array();

		while(_attackcount < (i+1)*100)
		{
			_mindistance = 1E6;
			_mindistPrio = 1E6;

			_target = NTC_FindUnit(NTC_UNIT_MONSTER);

			if(_target)
			{
				do
				{
					if(_skiplist.indexOf(_target.gid) < 0)
					{
						if(_target.IsAttackable() && (_target.spectype & _spectype[i]))
						{
							if(GetDistance(_orgx, _orgy, _target.x, _target.y) <= range && NTA_IsValidMonster(_target))
							{
								_distance = GetDistance(me, _target);

								if(_distance < _mindistance)
								{
									_mingid = _target.gid;
									_mindistance = _distance;
								}
								
								if(MWA_IsPriorityTarget(_target))
								{
									if(_distance < _mindistPrio)
									{
										_mingidPrio = _target.gid;
										_mindistPrio = _distance;
									}
								}
							}
						}
						else
							_skiplist.push(_target.gid);
					}
				} while(_target.GetNext());
			}

			if(_mindistance < 1E6)
			{
				if(_mindistPrio < 1E6)
				{
					_target = NTC_FindUnit(NTC_UNIT_MONSTER, _mingidPrio, 1);
					_outputType = 1;
				}
				else
				{				
					_target = NTC_FindUnit(NTC_UNIT_MONSTER, _mingid, 1);
					_outputType = 0;
				}

				if(_target)
				{
					if(MWConfig_ShowOverheadStatus)
						MWA_PrintAttackStatus(_outputType, _target);

					_result = NTA_Attack(_target, (_attackcount % 30) == 0);
					
					if(MWConfig_ShowOverheadStatus)
						MWA_PrintAttackStatus(_outputType, _target);

					switch(_result)
					{
					case 1:
						_skiplist.push(_mingid);
						break;
					case 2:
					case 3:
						if(MWConfig_PickItemsInstantly && (_target.hp <= 0 || _target.mode == 0 || _target.mode == 12))
							NTSI_PickItems();
						_attackcount++;
						break;
					default:
						return false;
					}
				}
			}
			else
				break;
		}
	}

	if(_attackcount > 2)
	{
		switch(me.classid)
		{
			case NTC_CHAR_CLASS_PALADIN:
				if(parseInt(me.hp * 100 / me.hpmax) < NTConfig_UseRedemptionHP || parseInt(me.mp * 100 / me.mpmax) < NTConfig_UseRedemptionMP)
				{
					if(NTC_PutSkill(MWS_REDEMPTION, NTC_HAND_RIGHT))
						NTC_PingDelay(1000);
				}
				break;
			case NTC_CHAR_CLASS_BARBARIAN:
				if(usefinditem && MWConfig_UseFindItem)
					MWL_FindItem(MWConfig_FindItemRange);
				break;
			case NTC_CHAR_CLASS_NECROMANCER:
				MWA_RaiseMinions();
				break;
		}
	}
	
	if(pickitem && _attackcount > 0)
		NTSI_PickItems();

	if(MWConfig_OpenAllNearbyChests && openchests)
		MWL_OpenNearbyChests(MWConfig_OpenChestsRange);
	
	if(MWConfig_ActivateNearbyShrines)
		MWL_ActivateNearbyShrines();

	switch(safelevel)
	{
		case 1:
			return NTTMGR_CheckSafe(0x00, NTConfig_CheckMercSafe&0x01);
		case 2:
			return NTTMGR_CheckSafe(NTConfig_CheckSelfSafe, NTConfig_CheckMercSafe);
	}

	if(MWConfig_IdentAfterPickup)
		MWL_IDItemsAfterPickup();

	return true;
}

function NTA_ClearLevel(pickitem, safelevel, spectype)
{
	var _room, _rooms;
	var _distance, _minindex, _mindistance;

	_room = GetRoom();

	if(!_room)
		return false;

	switch(arguments.length)
	{
		case 0:
			pickitem = true;
		case 1:
			safelevel = 2;
		case 2:
			if(NTConfig_CheckSelfSafe < 0x01 && NTConfig_CheckMercSafe < 0x01)
				safelevel = 0;
		default:
			spectype = 0x01;
	}

	_rooms = new Array();

	do
	{
		_rooms.push([parseInt(_room.x*5 + _room.xsize*5/2), parseInt(_room.y*5 + _room.ysize*5/2)]);
	} while(_room.GetNext());

	while(_rooms.length > 0)
	{
		_mindistance = 100000;

		for(var i = 0; i < _rooms.length; i++)
		{
			_distance = GetDistance(me.x, me.y, _rooms[i][0], _rooms[i][1]);

			if(_distance < _mindistance)
			{
				_minindex = i;
				_mindistance = _distance;
			}
		}

		if(NTM_MoveTo(me.areaid, _rooms[_minindex][0], _rooms[_minindex][1], 1))
		{
			if(!NTA_ClearRoom(pickitem, safelevel, spectype))
				return false;

			NTP_DoPrecast(false);
		}

		_rooms.splice(_minindex, 1);
	}

	return true;
}

function NTA_ClearRoom(pickitem, safelevel, spectype)
{
	var _room;
	var _spectype = [0x0A, 0x0E, 0x01];
	var _skiplist;
	var _attackcount = 0;
	var _target;
	var _distance, _mingid, _mindistance;
	var _mingidPrio, _mindistPrio;
	var _result;
	var _outputType;

	if(NTConfig_AttackSkill[1] < 1 || NTConfig_AttackSkill[3] < 1)
		return false;
		
	_room = me.GetRoom();

	if(!_room)
		return false;

	switch(arguments.length)
	{
		case 0:
			pickitem = false;
		case 1:
			safelevel = 0;
		case 2:
			if(NTConfig_CheckSelfSafe < 0x01 && NTConfig_CheckMercSafe < 0x01)
					safelevel = 0;
		default:
			if(spectype > 0x01)
				_spectype = [spectype];
	}
	
	if(_spectype.length == 3 && (me.classid == NTC_CHAR_CLASS_NECROMANCER || me.classid == NTC_CHAR_CLASS_SORCERESS && MWConfig_KeepDistanceToMonsters))
		_spectype = [0x01];

	for(var i = 0; i < _spectype.length; i++)
	{
		_skiplist = new Array();

		while(_attackcount < (i+1)*100)
		{
			_mindistance = 1E6;
			_mindistPrio = 1E6;

			_target = NTC_FindUnit(NTC_UNIT_MONSTER);

			if(_target)
			{
				do
				{
					if(_skiplist.indexOf(_target.gid) < 0)
					{
						if(_target.IsAttackable() && (_target.spectype & _spectype[i]))
						{
							if(_room.UnitInRoom(_target) && NTA_IsValidMonster(_target))
							{
								_distance = GetDistance(me, _target);

								if(_distance < _mindistance)
								{
									_mingid = _target.gid;
									_mindistance = _distance;
								}
								
								if(MWA_IsPriorityTarget(_target))
								{
									if(_distance < _mindistPrio)
									{
										_mingidPrio = _target.gid;
										_mindistPrio = _distance;
									}
								}
							}
						}
						else
							_skiplist.push(_target.gid);
					}
				} while(_target.GetNext());
			}

			if(_mindistance < 1E6)
			{
				if(_mindistPrio < 1E6)
				{
					_target = NTC_FindUnit(NTC_UNIT_MONSTER, _mingidPrio, 1);
					_outputType = 1;
				}
				else
				{				
					_target = NTC_FindUnit(NTC_UNIT_MONSTER, _mingid, 1);
					_outputType = 0;
				}

				if(_target)
				{
					if(MWConfig_ShowOverheadStatus)
						MWA_PrintAttackStatus(_outputType, _target);
					
					_result = NTA_Attack(_target, (_attackcount%30) == 0);
					
					if(MWConfig_ShowOverheadStatus)
						MWA_PrintAttackStatus(_outputType, _target);

					switch(_result)
					{
					case 1:
						_skiplist.push(_mingid);
						break;
					case 2:
					case 3:
						if(MWConfig_PickItemsInstantly && (_target.hp <= 0 || _target.mode == 0 || _target.mode == 12))
							NTSI_PickItems();
						_attackcount++;
						break;
					default:
						return false;
					}
				}
			}
			else
				break;
		}
	}

	if(_attackcount > 2)
	{
		switch(me.classid)
		{
			case NTC_CHAR_CLASS_PALADIN:
				if(parseInt(me.hp * 100 / me.hpmax) < NTConfig_UseRedemptionHP || parseInt(me.mp * 100 / me.mpmax) < NTConfig_UseRedemptionMP)
				{
					if(NTC_PutSkill(MWS_REDEMPTION, NTC_HAND_RIGHT))
						NTC_PingDelay(1000);
				}
				break;
			case NTC_CHAR_CLASS_BARBARIAN:
				if(MWConfig_UseFindItem)
					MWL_FindItem(MWConfig_FindItemRange);
				break;
			case NTC_CHAR_CLASS_NECROMANCER:
				MWA_RaiseMinions();
				break;
		}
	}

	if(pickitem && _attackcount > 0)
		NTSI_PickItems();
	
	if(MWConfig_OpenAllNearbyChests)
		MWL_OpenNearbyChests(_room);
		
	if(MWConfig_ActivateNearbyShrines)
		MWL_ActivateNearbyShrines();
			
	switch(safelevel)
	{
		case 1:
			return NTTMGR_CheckSafe(0x00, NTConfig_CheckMercSafe&0x01);
		case 2:
			return NTTMGR_CheckSafe(NTConfig_CheckSelfSafe, NTConfig_CheckMercSafe);
	}

	return true;
}

function NTA_IsValidMonster(monster)
{
	var _classid;

	if(monster.hp <= 0 && (monster.mode == 0 || monster.mode == 12 || monster.mode == 14))
		return false;
	
	_classid = monster.classid;

	if(((_classid >= 110 && _classid <= 113) || _classid == 608) && monster.mode == 8) // ignore flying scavengers
		return false;

	if(_classid == 68 && monster.mode == 14) // ignore burrowing maggots
		return false;

	if(_classid >= 258 && _classid <= 263) // ignore submerged WaterWatchers
		return false;

	if(monster.GetState(53) || monster.GetState(96)) // Conversion, Revive
		return false;
		
	if(!CheckCollision(me, monster, 0)) // Invalid map location
		return false;

	return true;
}

function NTA_GetDamageType(skillid, target, skillindex)
{
	if(target && MWA_IsUndead(target))
	{
		if(skillid == MWS_HOLY_BOLT || me.GetState(47) || !isNaN(skillindex) && _NTA_SkillDamage[skillindex] == NTA_DAMAGE_PHYSICAL && NTConfig_AttackSkill[skillindex + 1] == MWS_SANCTUARY)
			return NTA_DAMAGE_NONE;
	}
		
	if(skillid == MWS_CORPSE_EXPLOSION) // Corpse Explosion
		return NTA_DAMAGE_PHYSICAL;

	if(skillid == MWS_BLESSED_HAMMER) // Blessed Hammer
		return NTA_DAMAGE_MAGIC;

	switch(GetBaseStat("skills.txt", skillid, 233))
	{
		case "cold":
			return NTA_DAMAGE_COLD;
		case "fire":
			return NTA_DAMAGE_FIRE;
		case "ltng":
			return NTA_DAMAGE_LIGHTNING;
		case "mag":
			return NTA_DAMAGE_MAGIC;
		case "pois":
			return NTA_DAMAGE_POISON;
		case "stun":
			return NTA_DAMAGE_NONE;
		default:
			if(GetBaseStat("skills.txt", skillid, 178) || GetBaseStat("skills.txt", skillid, 182)) // aura or passive
				return NTA_DAMAGE_NONE;
	}

	return NTA_DAMAGE_PHYSICAL;
}

function NTA_GetResistance(enemy, type)
{
	switch(type)
	{
		case NTA_DAMAGE_PHYSICAL:
			if(MWA_IsUndead(enemy) && me.GetState(47))
				break;
			
			return enemy.GetStat(36);
		case NTA_DAMAGE_MAGIC:
			return enemy.GetStat(37);
		case NTA_DAMAGE_FIRE:
			return enemy.GetStat(39);
		case NTA_DAMAGE_LIGHTNING:
			return enemy.GetStat(41);
		case NTA_DAMAGE_COLD:
			return enemy.GetStat(43);
		case NTA_DAMAGE_POISON:
			return enemy.GetStat(45);
	}
	
	return 0;
}

function NTA_DetectAttackPattern()
{
	switch(me.classid)
	{
		case NTC_CHAR_CLASS_AMAZON:
			return NTA_AmazonAttackPatternInt();
		case NTC_CHAR_CLASS_SORCERESS:
			return NTA_SorceressAttackPatternInt();
		case NTC_CHAR_CLASS_NECROMANCER:
			return NTA_NecromancerAttackPatternInt();
		case NTC_CHAR_CLASS_PALADIN:
			return NTA_PaladinAttackPatternInt();
		case NTC_CHAR_CLASS_BARBARIAN:
			return NTA_BarbarianAttackPatternInt();
		case NTC_CHAR_CLASS_DRUID:
			return NTA_DruidAttackPatternInt();
		case NTC_CHAR_CLASS_ASSASSIN:
			return NTA_AssassinAttackPatternInt();
	}

	return false;
}

// Return value : 0 = Unrecoverable process, 1 = Unavailable attack, 2 = Onetime fail, 3 = Success
function NTA_Attack(target, firstorder)
{
	switch(me.classid)
	{
	case NTC_CHAR_CLASS_AMAZON:
		return NTA_AmazonAttackInt(target, firstorder);
	case NTC_CHAR_CLASS_SORCERESS:
		return NTA_SorceressAttackInt(target, firstorder);
	case NTC_CHAR_CLASS_NECROMANCER:
		return NTA_NecromancerAttackInt(target, firstorder);
	case NTC_CHAR_CLASS_PALADIN:
		return NTA_PaladinAttackInt(target, firstorder);
	case NTC_CHAR_CLASS_BARBARIAN:
		return NTA_BarbarianAttackInt(target, firstorder);
	case NTC_CHAR_CLASS_DRUID:
		return NTA_DruidAttackInt(target, firstorder);
	case NTC_CHAR_CLASS_ASSASSIN:
		return NTA_AssassinAttackInt(target, firstorder);
	}

	return 0;
}

// Internal function
function NTA_AmazonAttackPatternInt()
{
	return false;
}

function NTA_AmazonAttackInt(target, firstorder)
{
	return 1;
}

function NTA_AmazonCastSkillInt(index, target)
{
	return false;
}

function NTA_SorceressAttackPatternInt()
{
	var _maxindex, _maxskill;
	var _avgskilllevel = new Array();

	_avgskilllevel[0] = parseInt((me.GetSkill(59, false)+me.GetSkill(39, false)+me.GetSkill(45, false)+me.GetSkill(55, false))/4);
	_avgskilllevel[1] = parseInt((me.GetSkill(53, false)+me.GetSkill(38, false)+me.GetSkill(48, false)+me.GetSkill(49, false))/4);
	_avgskilllevel[2] = parseInt((me.GetSkill(47, false)+me.GetSkill(36, false)+me.GetSkill(56, false)+me.GetSkill(64, false))/4);
	_avgskilllevel[3] = parseInt((me.GetSkill(47, false)+me.GetSkill(36, false)+me.GetSkill(56, false))/3);

	_maxindex = -1;
	_maxskill = 0;

	for(var i = 0; i < _avgskilllevel.length; i++)
	{
		if(_avgskilllevel[i] > _maxskill)
		{
			_maxindex = i;
			_maxskill = _avgskilllevel[i];
		}
	}

	switch(_maxindex)
	{
	case 0: // Blizzard + Glacial Spike
		NTConfig_AttackSkill[1] = 59;
		NTConfig_AttackSkill[2] = 55;
		NTConfig_AttackSkill[3] = 59;
		NTConfig_AttackSkill[4] = 55;
		break;
	case 1: // Chain Lightning + Lightning
		NTConfig_AttackSkill[1] = 49;
		NTConfig_AttackSkill[3] = 53;
		break;
	case 2: // Fire Ball + Frozen Orb
		NTConfig_AttackSkill[0] = 64;
		NTConfig_AttackSkill[1] = 47;
		NTConfig_AttackSkill[3] = 47;
		NTConfig_AttackSkill[5] = 64;
		NTConfig_AttackSkill[6] = 55;
		break;
	case 3: // Fire Ball + Meteor
		NTConfig_AttackSkill[1] = 56;
		NTConfig_AttackSkill[2] = 47;
		NTConfig_AttackSkill[3] = 56;
		NTConfig_AttackSkill[4] = 47;
		break;
	}

	return (NTConfig_AttackSkill[1] && NTConfig_AttackSkill[3]);
}

function NTA_SorceressAttackInt(target, firstorder)
{
	var _primaryindex, _immuneTarget, _useStatic;
	
	_useStatic = false;
	
	if(NTTMGR_CheckCurse(NTConfig_CheckSelfSafe, NTConfig_CheckMercSafe))
	{
		if(!NTTMGR_VisitTown())
			return 0;
	}
	
	if(_MWA_SkipList.indexOf(target.gid) > -1)
	{
		Print("Return A");
		return 1;
	}
		
	if(MWConfig_AttacksBeforeRepositioning > 0 && _MWA_Attack_Time[3] % MWConfig_AttacksBeforeRepositioning == 0)
	{
		var _vec = MWA_GetEvasionVector(4, 2, target);
		
		if(_vec && !_vec.isZero())
			NTM_MoveTo(target.areaid, parseInt(target.x + _vec.x), parseInt(target.y + _vec.y), 0);
	}

	_immuneTarget = MWA_CheckMonsterImmunity(target);
		
	if(_immuneTarget && NTConfig_BehaviourOnImmuneMonster == 2 && !(target.spectype&0x02) && me.areaid != 131 || MWA_CheckAttackTimeLimit(target))
	{
		_MWA_SkipList.push(target.gid);
		Print("Return B");
		return 1;
	}
	
	if(_immuneTarget)
	{	
		if(NTConfig_BehaviourOnImmuneMonster == 3 && NTConfig_AttackSkill[8] > 0) // Attack the target using the selected skill
		{
			if(!NTA_SorceressCastSkillInt(8, target))
				return 2;

			return 3;
		}
		else if(NTConfig_BehaviourOnImmuneMonster == 1 && NTC_GetMerc())// Get close so the merc can attack the target
		{
			if(GetDistance(me, target) > 5)
				NTM_MoveTo(target.areaid, target.x + 2, target.y + 2);

			NTC_Delay(100);

			_useStatic = true;
		}
	}
		
	if(firstorder && NTConfig_AttackSkill[0] > 0 && MWA_CheckMonsterResistance(target, _NTA_SkillDamage[0]) && me.GetSkillStatus(NTConfig_AttackSkill[0]) != 8)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[0] || !CheckCollision(me, target, 4))
		{
			var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[0], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}

		if(!NTC_CastSkill(NTConfig_AttackSkill[0], _NTA_SkillHand[0], target))
			return 2;

		return 3;
	}
	
	if((_useStatic || MWA_UseStaticOnTarget(target)) && NTConfig_CastStatic < 100 && parseInt(target.hp * 100 / target.hpmax) > NTConfig_CastStatic && MWA_CheckMonsterResistance(target, NTA_DAMAGE_LIGHTNING))
	{
		var _staticlevel = NTC_GetSkillLevel(MWS_STATIC_FIELD);

		if(_staticlevel > 0)
		{
			var _staticrange;
			var _castx, _casty;

			_staticrange = Math.floor(( 5 + _staticlevel - 1) * 2 / 3);

			if(GetDistance(me, target) > _staticrange || !CheckCollision(me, target, 6))
			{
				var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _staticrange, 6);

				if(_pos)
					NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
			}

			if(target.x < me.x)
				_castx = me.x - 1;
			else if(target.x > me.x)
				_castx = me.x + 1;
			else
				_castx = me.x;

			if(target.y < me.y)
				_casty = me.y - 1;
			else if(target.y > me.y)
				_casty = me.y + 1;
			else
				_casty = me.y;

			if(!CheckCollision(target.areaid, _castx, _casty, 1))
			{
				_castx = me.x;
				_casty = me.y;
			}

			if(!NTC_CastSkill(MWS_STATIC_FIELD, NTC_HAND_RIGHT, _castx, _casty))
				return 2;

			return 3;
		}
	}
	
	if(_useStatic)
		return 3;

	_primaryindex = (target.spectype&0x0A) ? 1 : 3;

	if(MWA_CheckMonsterResistance(target, _NTA_SkillDamage[_primaryindex]))
	{
		if(!NTA_SorceressCastSkillInt(_primaryindex, target))
			return 2;

		return 3;
	}

	if(NTConfig_AttackSkill[5] > 0 && MWA_CheckMonsterResistance(target, _NTA_SkillDamage[5]))
	{
		if(!NTA_SorceressCastSkillInt(5, target))
			return 2;

		return 3;
	}
	Print("Return C");
	return 1;
}

function NTA_SorceressCastSkillInt(index, target, evade)
{
	var _maxDist, _pos;
	
	if(arguments.length < 3)
		evade = true;

	if(me.GetSkillStatus(NTConfig_AttackSkill[index]) != 8)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[index] || !CheckCollision(me, target, 4))
		{
			_pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
		
		return NTC_CastSkill(NTConfig_AttackSkill[index], _NTA_SkillHand[index], target);
	}

	switch(target.classid)
	{
		case 310: // Doom Knight (CS)
		case 362: // Venom Lord (CS)
		case 472: // Hell Temptress
		case 510: // Death Lord (Throne)
		case 558: // Venom Lord (Throne)
		case 571: // Minion of Desctrution (Throne)
		case 638: // Vile Witch
		case 691: // Undead Soul Killer (Throne)
			_maxDist = 5;
			break;
		default:
			_maxDist = 4;
			break;
	}

	if(evade && NTC_GetSkillLevel(MWS_TELEPORT) >= 1 && MWA_CalcDistToClosestMonster() <= _maxDist && MWConfig_KeepDistanceToMonsters && MWA_AreaCheckEvading(me.areaid))
		return MWA_MoveAwayFromMonster(target);

	if(NTConfig_AttackSkill[index + 1] > 0 && (index == 8 || MWA_CheckMonsterResistance(target, _NTA_SkillDamage[index + 1])))
	{
		if(GetDistance(me, target) > _NTA_SkillRange[index+1] || !CheckCollision(me, target, 4))
		{
			_pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index + 1], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
		
		return NTC_CastSkill(NTConfig_AttackSkill[index + 1], _NTA_SkillHand[index + 1], target);
	}
	else if(NTConfig_AttackSkill[7] > 0 && MWA_CheckMonsterResistance(target, _NTA_SkillDamage[7]))
	{
		if(GetDistance(me, target) > _NTA_SkillRange[7] || !CheckCollision(me, target, 4))
		{
			_pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[7], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
		
		return NTC_CastSkill(NTConfig_AttackSkill[7], _NTA_SkillHand[7], target);
	}

	for(var i = 0; i < 25; i++)
	{
		NTC_Delay(NTC_DELAY_FRAME);

		if(me.GetSkillStatus(NTConfig_AttackSkill[index]) != 8)
			break;
	}

	return false;
}

function NTA_NecromancerAttackPatternInt()
{
	return false;
}

function NTA_NecromancerAttackInt(target, firstorder)
{
	var _nextCorpse, _gid, _vec, _viciousFoe, _count, _pos;
	var i;
	
	if(NTTMGR_CheckCurse(NTConfig_CheckSelfSafe, NTConfig_CheckMercSafe))
	{
		if(!NTTMGR_VisitTown())
			return 0;
	}
	
	if(_MWA_SkipList.indexOf(target.gid) > -1)
		return 1;
	
	if(MWA_CheckAttackTimeLimit(target))
	{
		_MWA_SkipList.push(target.gid);

		return 1;
	}
	
	if(MWConfig_AttacksBeforeRepositioning > 0 && _MWA_Attack_Time[3] % MWConfig_AttacksBeforeRepositioning == 0)
	{
		_vec = MWA_GetEvasionVector(4, 2, target);
		
		if(!_vec && !_vec.isZero())
			NTM_MoveTo(target.areaid, parseInt(target.x + _vec.x), parseInt(target.y + _vec.y), 0);
	}

	_viciousFoe = MWA_IsHazardousMonster(target);
	
	// Define the maximum values once as they are mostly constant anyway
	if(_MWA_Corpse_Damage_Radius < 0 || _MWA_Minion_Counts[0] < 0 || _MWA_Minion_Counts[1] < 0 || _MWA_Minion_Counts[2] < 0)
	{
		// Define the Corpse or Poison Explosion Range Radius
		if(NTConfig_AttackSkill[3] == 74)
			_MWA_Corpse_Damage_Radius = MWA_CalcCorpseExplosionRadius();
		else
			_MWA_Corpse_Damage_Radius = 5; // TODO: Check poison exp range
		
		MWA_SetMinionCounts();
	}
	
	// Cast the initial attack unless it is a curse and the target is already cursed
	if(!_viciousFoe && firstorder && NTConfig_AttackSkill[0] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[0]) < 100 && me.GetSkillStatus(NTConfig_AttackSkill[0]) != 8 && !MWA_GetCurseState(NTConfig_AttackSkill[0], target))
	{
		if(GetDistance(me, target) > _NTA_SkillRange[0] || !CheckCollision(me, target, 4))
		{
			_pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[0], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}

		if(!NTC_CastSkill(NTConfig_AttackSkill[0], _NTA_SkillHand[0], target))
			return 2;
	}
	
	// The current target is vicious and we gotta use the selected skill in order to make it less dangerous
	if(_viciousFoe && !MWA_GetCurseState(NTConfig_AttackSkill[2], target))
	{
		if(GetDistance(me, target) > _NTA_SkillRange[2] || !CheckCollision(me, target, 4))
		{
			_pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[2], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}

		if(!NTA_NecromancerCastSkillInt(2, target))
			return 2;
			
		return 3;
	}
	// Use the standard curse unless the monster is already curse
	if(!_viciousFoe && !MWA_GetCurseState(NTConfig_AttackSkill[1], target))
	{
		if(GetDistance(me, target) > _NTA_SkillRange[1] || !CheckCollision(me, target, 4))
		{
			_pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[1], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}

		if(!NTA_NecromancerCastSkillInt(1, target))
			return 2;
			
		return 3;
	}

	// The target is vicious and some monsters are very close to the char --> Evade
	if(_viciousFoe && MWA_CalcDistToClosestMonster() < 3)
	{
		MWA_MoveAwayFromMonster(target);
		
		_vec = MWA_GetEvasionVector(3, 2);
		
		if(!_vec || _vec.isZero())
		{
			_vec = new vector(me.x - target.x, me.y - target.y);
			_vec.normalize();
		}
		
		_vec.setlength(3);
		
		NTC_Delay(100);
		ClickMap(NTC_CLICK_LDOWN, NTC_SHIFT_NONE, me.x + parseInt(_vec.x), me.y + parseInt(_vec.y));
		NTC_Delay(100);
		ClickMap(NTC_CLICK_LUP, NTC_SHIFT_NONE, null);
		NTC_Delay(100);
		
		return 3;
	}
		
	// Find the corpse closest to the target's current position
	_gid = MWA_GetClosestCorpseGID(target.x, target.y);
	
	// Instantiate the unit if a valid gid was found
	if(_gid > 0)
		_nextCorpse = NTC_FindUnit(NTC_UNIT_MONSTER, _gid);
	
	if(_nextCorpse)
	{
		// Use the corpse closest to the target in order to raise primary minions if you do not already have the desired amount of minions
		_count = MWC_GetMinionCount(NTConfig_AttackSkill[4]);
		
		if(_count < _MWA_Minion_Counts[0] - 1)
		{
			if(MWConfig_ShowOverheadStatus)
			{
				if(NTConfig_AttackSkill[4] == 95)
					MWC_PrintOverheadStatus("Reviving " + _corpse.name + " (" + (_count + 1) + "/" + _MWA_Minion_Counts[0] + ")");
				else
					MWC_PrintOverheadStatus("Summoning " + MWC_GetMinionName(NTConfig_AttackSkill[4]) + " (" + (_count + 1) + "/" + _MWA_Minion_Counts[0] + ")");
			}
			
			if(!NTA_NecromancerCastSkillInt(4, _nextCorpse))
				return 2;

			return 3;
		}
		
		// Use the corpse to attack the target using corpse or poison explosion
		if(GetDistance(target, _nextCorpse) <= _MWA_Corpse_Damage_Radius)
		{
			if(!NTA_NecromancerCastSkillInt(3, _nextCorpse))
				return 2;

			return 3;
		}
	}
	
	// The target is not too dangerous and the average target - minion distance is too high --> Move close to the target
	if(!_viciousFoe && MWA_CalcAverageMinionDistance(target) > 4.0)
	{
		_vec = new vector(me.x - target.x, me.y - target.y);
		
		if(_vec && !_vec.isZero())
		{
			_vec.normalize();
			
			NTM_MoveTo(target.areaid, target.x + parseInt(2 * _vec.x), target.y + parseInt(2 * _vec.y));
		}
	}
	
	// If the distance to our minions is rather short (stuck on our position?) or some enemy monsters are close --> Step aside
	if(MWA_CalcAverageMinionDistance() < 2.0 || MWA_CalcDistToClosestMonster() < 3)
	{
		_vec = MWA_GetEvasionVector(3, 2);
		
		if(!_vec || _vec.isZero())
			_vec = new vector(me.x - target.x, me.y - target.y);
		
		_vec.setlength(3);
		
		NTC_Delay(100);
		ClickMap(NTC_CLICK_LDOWN, NTC_SHIFT_NONE, me.x + parseInt(_vec.x), me.y + parseInt(_vec.y));
		NTC_Delay(100);
		ClickMap(NTC_CLICK_LUP, NTC_SHIFT_NONE, null);
		NTC_Delay(100);
		
		return 3;
	}
	
	// If the enemy is vicious or if our minions are already close to the target --> Wait and let the minions do their job
	if(_viciousFoe && MWA_CalcDistToClosestMonster() > 3 || MWA_CalcAverageMinionDistance(target) <= 4.0)
	{
		for(i = 0; i < 20; i++)
		{
			NTC_Delay(NTC_DELAY_FRAME);
			
			if(MWA_GetClosestCorpseGID(target.x, target.y, _MWA_Corpse_Damage_Radius) > 0 || !NTA_IsValidMonster(target))
				break;
		}
		
		return ((i >= 20) ? 3 : 2);
	}
	
	NTC_Delay(250);

	return NTA_NecromancerAttackInt(target, firstorder);
}

function NTA_NecromancerCastSkillInt(index, target)
{
	if(me.GetSkillStatus(NTConfig_AttackSkill[index]) != 8)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[index] || !CheckCollision(me, target, 4))
		{
			var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
		return NTC_CastSkill(NTConfig_AttackSkill[index], _NTA_SkillHand[index], target);
	}
			
	for(var i = 0; i < 25; i++)
	{
		NTC_Delay(NTC_DELAY_FRAME);

		if(me.GetSkillStatus(NTConfig_AttackSkill[index]) != 8)
			break;
	}
	
	return false;
}

function NTA_PaladinAttackPatternInt()
{
	var _maxindex, _maxskill;
	var _avgskilllevel = new Array();

	_avgskilllevel[0] = parseInt((me.GetSkill(112, false)+me.GetSkill(108, false)+me.GetSkill(115, false))/3);
	_avgskilllevel[1] = parseInt((me.GetSkill(106, false)+me.GetSkill(96, false))/2);
	_avgskilllevel[2] = parseInt((me.GetSkill(121, false)+me.GetSkill(101, false)+me.GetSkill(118, false))/3);

	_maxindex = -1;
	_maxskill = 0;

	for(var i = 0 ; i < _avgskilllevel.length ; i++)
	{
		if(_avgskilllevel[i] > _maxskill)
		{
			_maxindex = i;
			_maxskill = _avgskilllevel[i];
		}
	}

	switch(_maxindex)
	{
	case 0: // Blessed Hammer
		NTConfig_AttackSkill[1] = 112;
		NTConfig_AttackSkill[2] = 113;
		NTConfig_AttackSkill[3] = 112;
		NTConfig_AttackSkill[4] = 113;
		break;
	case 1: // Zeal
		NTConfig_AttackSkill[1] = 106;
		NTConfig_AttackSkill[2] = 122;
		NTConfig_AttackSkill[3] = 106;
		NTConfig_AttackSkill[4] = 122;
		break;
	case 2: // Fist of the Heavens
		NTConfig_AttackSkill[1] = 121;
		NTConfig_AttackSkill[2] = 123;
		NTConfig_AttackSkill[3] = 121;
		NTConfig_AttackSkill[4] = 123;
		break;
	}

	return (NTConfig_AttackSkill[1] && NTConfig_AttackSkill[3]);
}

function NTA_PaladinAttackInt(target, firstorder)
{
	var _primaryindex, _immuneTarget;

	if(NTTMGR_CheckCurse(NTConfig_CheckSelfSafe, NTConfig_CheckMercSafe))
	{
		if(!NTTMGR_VisitTown())
			return 0;
	}

	if(_MWA_SkipList.indexOf(target.gid) > -1)
		return 1;
		
	if(MWConfig_AttacksBeforeRepositioning > 0 && _MWA_Attack_Time[3] % MWConfig_AttacksBeforeRepositioning == 0)
	{
		var _vec = MWA_GetEvasionVector(4, 2, target);
		
		if(_vec && !_vec.isZero())
			NTM_MoveTo(target.areaid, parseInt(target.x + _vec.x), parseInt(target.y + _vec.y), 0);
	}
	
	_immuneTarget = MWA_CheckMonsterImmunity(target);
	
	if(_immuneTarget && NTConfig_BehaviourOnImmuneMonster == 2 && !(target.spectype&0x02) && me.areaid != 131 || MWA_CheckAttackTimeLimit(target)) // Skip the target
	{
		_MWA_SkipList.push(target.gid);

		return 1;
	}

	if(_immuneTarget)
	{	
		if(NTConfig_BehaviourOnImmuneMonster == 3 && NTConfig_AttackSkill[8] > 0) // Attack the target using the selected skill
		{
			if(!NTA_PaladinCastSkillInt(8, target))
				return 2;

			return 3;
		}
		else if(NTConfig_BehaviourOnImmuneMonster == 1 && MWA_FindNearbyMonsters(15, target) < 3 && NTC_GetMerc())// Get close so the merc can attack the target
		{
			if(GetDistance(me, target) > 5)
				NTM_MoveTo(target.areaid, target.x + 3, target.y + 3);

			NTC_Delay(100);

			return 2;
		}
	}
		
	if(firstorder && NTConfig_AttackSkill[0] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[0]) < 100)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[0] || !CheckCollision(me, target, 4))
		{
			var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[0], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}

		if(!NTC_CastSkill(NTConfig_AttackSkill[0], _NTA_SkillHand[0], target))
			return 2;

		return 3;
	}

	_primaryindex = (target.spectype&0x0A) ? 1 : 3;
	
	if(NTA_GetResistance(target, _NTA_SkillDamage[_primaryindex]) < 100 || MWA_IsUndead(target) && NTConfig_AttackSkill[_primaryindex + 1] == 119 && _NTA_SkillDamage[_primaryindex] == NTA_DAMAGE_PHYSICAL)
	{
		if(_NTA_SkillRange[_primaryindex] < 4 && !CheckCollision(target.areaid, target.x, target.y, 1))
			return 1;

		if(!NTA_PaladinCastSkillInt(_primaryindex, target))
			return 2;

		return 3;
	}

	if(NTConfig_AttackSkill[5] > 0 && NTA_GetResistance(target, NTA_GetDamageType(NTConfig_AttackSkill[5], target, 5)) < 100)
	{
		if(_NTA_SkillRange[5] < 4 && !CheckCollision(target.areaid, target.x, target.y, 1))
			return 1;
		
		if(!NTA_PaladinCastSkillInt(5, target))
			return 2;

		return 3;
	}

	return 1;
}

function NTA_PaladinCastSkillInt(index, target)
{
	if(NTConfig_AttackSkill[index] == MWS_BLESSED_HAMMER)
	{
		if(me.x-target.x < 1 || me.x-target.x > 2 || me.y-target.y < 1 || me.y-target.y > 2)
		{
			if(CheckCollision(target.areaid, target.x+2, target.y+2, 1))
			{
				switch(Random(0, 2))
				{
					case 0:
						NTM_MoveTo(target.areaid, target.x + 1, target.y, 0);
						break;
					case 1:
						NTM_MoveTo(target.areaid, target.x + 2, target.y - 1, 0);
						break;
					default:
						NTM_MoveTo(target.areaid, target.x + 2, target.y, 0);
				}
			}
			else if(me.x-target.x < -4 || me.x-target.x > 2 || me.y-target.y < 0 || me.y-target.y > 2)
				NTM_MoveTo(target.areaid, target.x-4, target.y, 0);
		}
	}
	else
	{
		if(GetDistance(me, target) > _NTA_SkillRange[index] || !CheckCollision(me, target, 4))
		{
			var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
	}
	
	if(target.classid == 704 && NTConfig_AttackSkill[7] > 0)
		NTC_PutSkill(NTConfig_AttackSkill[7], NTC_HAND_RIGHT);
	else if(NTConfig_AttackSkill[index + 1] > 0)
		NTC_PutSkill(NTConfig_AttackSkill[index + 1], NTC_HAND_RIGHT);

	return NTC_CastSkill(NTConfig_AttackSkill[index], _NTA_SkillHand[index], target);
}

function NTA_BarbarianAttackPatternInt()
{
	var _maxindex, _maxskill;
	var _avgskilllevel = new Array();

	_avgskilllevel[0] = me.GetSkill(MWS_WHIRLWIND, false);

	_maxindex = -1;
	_maxskill = 0;

	for(var i = 0 ; i < _avgskilllevel.length ; i++)
	{
		if(_avgskilllevel[i] > _maxskill)
		{
			_maxindex = i;
			_maxskill = _avgskilllevel[i];
		}
	}

	switch(_maxindex)
	{
	case 0: // Whirlwind
		NTConfig_AttackSkill[1] = MWS_WHIRLWIND;
		NTConfig_AttackSkill[3] = MWS_WHIRLWIND;
		NTConfig_AttackSkill[5] = MWS_BERSERK;
		break;
	}

	return (NTConfig_AttackSkill[1] && NTConfig_AttackSkill[3]);
}

function NTA_BarbarianAttackInt(target, firstorder)
{
	var _primaryindex, _immuneTarget;
		
	if(_MWA_Attack_Slot < 0)
	{
		_MWA_Attack_Slot = MWC_GetSlotID("attack");
		
		if(_MWA_Attack_Slot < 0)
			return 1;
	}
	
	NTC_SwapWeapons(_MWA_Attack_Slot);
	
	if(NTTMGR_CheckCurse(NTConfig_CheckSelfSafe, NTConfig_CheckMercSafe))
	{
		if(!NTTMGR_VisitTown())
			return 0;
	}
	
	if(_MWA_SkipList.indexOf(target.gid) > -1)
		return 1;
		
	if(MWConfig_AttacksBeforeRepositioning > 0 && _MWA_Attack_Time[3] % MWConfig_AttacksBeforeRepositioning == 0)
	{
		var _vec = MWA_GetEvasionVector(4, 2, target);
		
		if(_vec && !_vec.isZero())
			NTM_MoveTo(target.areaid, parseInt(target.x + _vec.x), parseInt(target.y + _vec.y), 0);
	}
		
	_immuneTarget = MWA_CheckMonsterImmunity(target);
		
	if(_immuneTarget && NTConfig_BehaviourOnImmuneMonster == 2 && !(target.spectype&0x02) && me.areaid != 131 || MWA_CheckAttackTimeLimit(target))
	{
		_MWA_SkipList.push(target.gid);
		
		return 1;
	}
	
	if(_immuneTarget)
	{	
		if(NTConfig_BehaviourOnImmuneMonster == 3 && NTConfig_AttackSkill[8] > 0) // Attack the target using the selected skill
		{
			if(!NTA_BarbarianCastSkillInt(8, target))
				return 2;

			return 3;
		}
		else if(NTConfig_BehaviourOnImmuneMonster == 1 && MWA_FindNearbyMonsters(15, target) < 3 && NTC_GetMerc())// Get close so the merc can attack the target
		{
			if(GetDistance(me, target) > 5)
				NTM_MoveTo(target.areaid, target.x + 2, target.y + 2);

			NTC_Delay(100);

			return 2;
		}
	}
	
	if(firstorder && NTConfig_AttackSkill[0] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[0]) < 100)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[0] || !CheckCollision(me, target, 4))
		{
			var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[0], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}

		if(!NTC_CastSkill(NTConfig_AttackSkill[0], _NTA_SkillHand[0], target))
			return 2;

		return 3;
	}

	_primaryindex = (target.spectype&0x0A) ? 1 : 3;

	if(NTA_GetResistance(target, _NTA_SkillDamage[_primaryindex]) < 100)
	{
		if((_NTA_SkillRange[_primaryindex] < 4 || NTConfig_AttackSkill[_primaryindex] == 151) && !CheckCollision(target.areaid, target.x, target.y, 1))
			return 1;

		if(!NTA_BarbarianCastSkillInt(_primaryindex, target))
			return 2;

		return 3;
	}

	if(NTConfig_AttackSkill[5] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[5]) < 100)
	{
		if((_NTA_SkillRange[5] < 4 || NTConfig_AttackSkill[5] == MWS_WHIRLWIND) && !CheckCollision(target.areaid, target.x, target.y, 1))
			return 1;

		if(!NTA_BarbarianCastSkillInt(5, target))
			return 2;

		return 3;
	}

	return 1;
}

function NTA_BarbarianCastSkillInt(index, target)
{
	if(NTConfig_AttackSkill[index] == MWS_WHIRLWIND)
	{
		var _cast, _vec;

		if(GetDistance(me, target) > _NTA_SkillRange[index] || !CheckCollision(me, target, 5))
		{
			var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index], 5);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
		
		_cast = new coord();
		_vec = new vector(target.x - me.x, target.y - me.y);
		
		if(!_vec)
			return false;
			
		_vec.setlength(4);
		_angles = new Array(30, -60, 90, -120, 150, -180);
			
		for(var i = 0; i < _angles.length; i++)
		{
			_cast.x = parseInt(target.x + _vec.x);
			_cast.y = parseInt(target.y + _vec.y);
			
			if(CheckCollision(me.areaid, _cast.x, _cast.y, 0))
				break;
				
			_vec.rotate(_angles[i]);
		}
		
		return NTC_CastSkill(NTConfig_AttackSkill[index], _NTA_SkillHand[index], _cast.x, _cast.y);
	}

	if(GetDistance(me, target) > _NTA_SkillRange[index] || !CheckCollision(me, target, 4))
	{
		var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index], 4);

		if(_pos)
			NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
	}

	return NTC_CastSkill(NTConfig_AttackSkill[index], _NTA_SkillHand[index], target);
}

function NTA_DruidAttackPatternInt()
{
	return false;
}

function NTA_DruidAttackInt(target, firstorder)
{
	var _primaryindex, _immuneTarget;

	if(NTTMGR_CheckCurse(NTConfig_CheckSelfSafe, NTConfig_CheckMercSafe))
	{
		if(!NTTMGR_VisitTown())
			return 0;
	}

	if(_MWA_SkipList.indexOf(target.gid) > -1)
		return 1;
		
	if(firstorder)
		NTP_DoPrecast(false);
		
	if(MWConfig_AttacksBeforeRepositioning > 0 && _MWA_Attack_Time[3] % MWConfig_AttacksBeforeRepositioning == 0)
	{
		var _vec = MWA_GetEvasionVector(4, 2, target);
		
		if(_vec && !_vec.isZero())
			NTM_MoveTo(target.areaid, parseInt(target.x + _vec.x), parseInt(target.y + _vec.y), 0);
	}
	
	_immuneTarget = MWA_CheckMonsterImmunity(target);
	
	if(_immuneTarget && NTConfig_BehaviourOnImmuneMonster == 2 && !(target.spectype&0x02) && me.areaid != 131 || MWA_CheckAttackTimeLimit(target)) // Skip the target
	{
		_MWA_SkipList.push(target.gid);

		return 1;
	}

	if(_immuneTarget)
	{	
		if(NTConfig_BehaviourOnImmuneMonster == 3 && NTConfig_AttackSkill[8] > 0) // Attack the target using the selected skill
		{
			if(!NTA_DruidCastSkillInt(8, target))
				return 2;

			return 3;
		}
		else if(NTConfig_BehaviourOnImmuneMonster == 1 && MWA_FindNearbyMonsters(15, target) < 3 && NTC_GetMerc())// Get close so the merc can attack the target
		{
			if(GetDistance(me, target) > 5)
				NTM_MoveTo(target.areaid, target.x + 3, target.y + 3);

			NTC_Delay(100);

			return 2;
		}
	}
		
	if(firstorder && NTConfig_AttackSkill[0] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[0]) < 100)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[0] || !CheckCollision(me, target, 4))
		{
			var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[0], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}

		if(!NTC_CastSkill(NTConfig_AttackSkill[0], _NTA_SkillHand[0], target))
			return 2;

		return 3;
	}

	_primaryindex = (target.spectype&0x0A) ? 1 : 3;
	
	if(NTA_GetResistance(target, _NTA_SkillDamage[_primaryindex]) < 100 || MWA_IsUndead(target) && NTConfig_AttackSkill[_primaryindex + 1] == 119 && _NTA_SkillDamage[_primaryindex] == NTA_DAMAGE_PHYSICAL)
	{
		if(_NTA_SkillRange[_primaryindex] < 4 && !CheckCollision(target.areaid, target.x, target.y, 1))
			return 1;

		if(!NTA_DruidCastSkillInt(_primaryindex, target))
			return 2;

		return 3;
	}

	if(NTConfig_AttackSkill[5] > 0 && NTA_GetResistance(target, NTA_GetDamageType(NTConfig_AttackSkill[5], target, 5)) < 100)
	{
		if(_NTA_SkillRange[5] < 4 && !CheckCollision(target.areaid, target.x, target.y, 1))
			return 1;
		
		if(!NTA_DruidCastSkillInt(5, target))
			return 2;

		return 3;
	}

	return 1;
}

function NTA_DruidCastSkillInt(index, target)
{
	var _pos;

	if(me.GetSkillStatus(NTConfig_AttackSkill[index]) != 8)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[index] || !CheckCollision(me, target, 4))
		{
			_pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
		
		return NTC_CastSkill(NTConfig_AttackSkill[index], _NTA_SkillHand[index], target);
	}

	if(NTConfig_AttackSkill[index + 1] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[index + 1]) <= 99)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[index+1] || !CheckCollision(me, target, 4))
		{
			_pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index + 1], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
		
		return NTC_CastSkill(NTConfig_AttackSkill[index + 1], _NTA_SkillHand[index + 1], target);
	}

	for(var i = 0; i < 25; i++)
	{
		NTC_Delay(NTC_DELAY_FRAME);

		if(me.GetSkillStatus(NTConfig_AttackSkill[index]) != 8)
			break;
	}

	return false;
}

function NTA_AssassinAttackPatternInt()
{
	return true;
}

function NTA_AssassinAttackInt(target, firstorder)
{
	var _pos, _trapPos, _index, _vec;

	if(NTTMGR_CheckCurse(NTConfig_CheckSelfSafe, NTConfig_CheckMercSafe))
	{
		if(!NTTMGR_VisitTown())
			return 0;
	}

	if(_MWA_SkipList.indexOf(target.gid) > -1)
		return 1;
		
	if(MWConfig_AttacksBeforeRepositioning > 0 && _MWA_Attack_Time[3] % MWConfig_AttacksBeforeRepositioning == 0)
	{
		_vec = MWA_GetEvasionVector(4, 2, target);
		
		if(_vec && !_vec.isZero())
			NTM_MoveTo(target.areaid, parseInt(target.x + _vec.x), parseInt(target.y + _vec.y), 0);
	}
	
	_immuneTarget = MWA_CheckMonsterImmunity(target);
	
	if(_immuneTarget && NTConfig_BehaviourOnImmuneMonster == 2 && !(target.spectype&0x02) && me.areaid != 131 || MWA_CheckAttackTimeLimit(target)) // Skip the target
	{
		_MWA_SkipList.push(target.gid);

		return 1;
	}

	if(_immuneTarget)
	{	
		if(NTConfig_BehaviourOnImmuneMonster == 3 && NTConfig_AttackSkill[8] > 0) // Attack the target using the selected skill
		{
			if(!NTA_AmazonCastSkillInt(8, target))
				return 2;

			return 3;
		}
		else if(NTConfig_BehaviourOnImmuneMonster == 1 && MWA_FindNearbyMonsters(15, target) < 3 && NTC_GetMerc())// Get close so the merc can attack the target
		{
			if(GetDistance(me, target) > 5)
				NTM_MoveTo(target.areaid, target.x + 2, target.y + 2);

			NTC_Delay(100);

			return 2;
		}
	}
	
	if(firstorder && NTConfig_AttackSkill[0] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[0]) < 100 && me.GetSkillStatus(NTConfig_AttackSkill[0]) != 8)
	{
		if(GetDistance(me, target) > 20 || !CheckCollision(me, target, 4))
		{
			_pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, 20, 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}

		if(!NTC_CastSkill(NTConfig_AttackSkill[0], _NTA_SkillHand[0], target))
			return 2;

		return 3;
	}

	if(!_MWA_Traps)
	{
		_MWA_Traps = new MWA_Traps(target);
		
		return 2;
	}
	
	if(_MWA_Traps.Refresh(target) && _MWA_Traps.Active.length < _MWA_Traps.MAXQUANTITY)
	{
		_index = -1;
		
		if(target.spectype&0x0A)
		{
			if(NTConfig_AttackSkill[1] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[1]) <= 99 && _MWA_Traps.GetQuantity(NTConfig_AttackSkill[1]) < MWConfig_TrapRatio[0][0])
				_index = 1;
			else if(NTConfig_AttackSkill[2] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[2]) <= 99 && _MWA_Traps.GetQuantity(NTConfig_AttackSkill[2]) < MWConfig_TrapRatio[0][1])
				_index = 2;
		}
		else
		{
			if(NTConfig_AttackSkill[3] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[3]) <= 99 && _MWA_Traps.GetQuantity(NTConfig_AttackSkill[3]) < MWConfig_TrapRatio[1][0])
				_index = 3;
			else if(NTConfig_AttackSkill[4] > 0 && NTA_GetResistance(target, _NTA_SkillDamage[4]) <= 99 && _MWA_Traps.GetQuantity(NTConfig_AttackSkill[4]) < MWConfig_TrapRatio[1][1])
				_index = 4;
		}

		if(_index > -1)
		{
			_trapPos = _MWA_Traps.GetTrapPosition(_NTA_SkillRange[_index][1]);
				
			if(_trapPos)
			{
				_trapPos.areaid = target.areaid;

				if(GetDistance(me , _trapPos) > _NTA_SkillRange[_index][0] || !CheckCollision(me.areaid, _trapPos.x, _trapPos.y, 2))
				{
					_pos = me.GetOptimalAttackPos(_trapPos.areaid, _trapPos.x, _trapPos.y, _NTA_SkillRange[_index][0], 2);

					if(_pos)
						NTM_MoveTo(_trapPos.areaid, _pos[0], _pos[1], 0);
				}
				
				if(!NTC_CastSkill(NTConfig_AttackSkill[_index], _NTA_SkillHand[_index], _trapPos.x, _trapPos.y))
					return 2;
			}
			else
				return 2;
			
			return 3;
		}
	}
	
	if(NTC_GetSkillLevel(MWS_TELEPORT) > 0 && MWA_CalcDistToClosestMonster() < 3 && MWConfig_KeepDistanceToMonsters && MWA_AreaCheckEvading(me.areaid))
	{
		if(!MWA_MoveAwayFromMonster(target))
			return 2;

		return 3;
	}
		
	if(NTConfig_AttackSkill[5] > 0 && (NTA_GetResistance(target, _NTA_SkillDamage[5]) <= 99 || NTA_GetResistance(target, _NTA_SkillDamage[6]) <= 99))
	{
		if(!NTA_AssassinCastSkillInt(5, target))
			return 2;

		return 3;
	}
		
	return 1;
}

function NTA_AssassinCastSkillInt(index, target)
{
	if(NTA_GetResistance(target, _NTA_SkillDamage[index]) <= 99 && me.GetSkillStatus(NTConfig_AttackSkill[index]) != 8)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[index] || !CheckCollision(me, target, 4))
		{
			var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
		
		return NTC_CastSkill(NTConfig_AttackSkill[index], _NTA_SkillHand[index], target);
	}
	
	if(NTA_GetResistance(target, _NTA_SkillDamage[index + 1]) <= 99 && NTConfig_AttackSkill[index + 1] > 0)
	{
		if(GetDistance(me, target) > _NTA_SkillRange[index + 1] || !CheckCollision(me, target, 4))
		{
			var _pos = me.GetOptimalAttackPos(target.areaid, target.x, target.y, _NTA_SkillRange[index + 1], 4);

			if(_pos)
				NTM_MoveTo(target.areaid, _pos[0], _pos[1], 0);
		}
		return NTC_CastSkill(NTConfig_AttackSkill[index + 1], _NTA_SkillHand[index + 1], target);
	}

	for(var i = 0; i < 25; i++)
	{
		NTC_Delay(NTC_DELAY_FRAME);

		if(me.GetSkillStatus(NTConfig_AttackSkill[index]) != 8)
			break;
	}

	return false;
}

function MWA_UseStaticOnTarget(monster)
{
	if(MWConfig_StaticTargets.length == 0)
		return true;
		
	if(me.diff == 0 || !monster || !monster.name)
		return false;

	for(var i = 0; i < MWConfig_StaticTargets.length; i++)
	{
		if(MWConfig_StaticTargets[i] == monster.classid || typeof MWConfig_StaticTargets[i] == "string" && monster.name.toLowerCase().indexOf(MWConfig_StaticTargets[i].toLowerCase()) > -1)
			return true;
	}
	
	return false;
}

function MWA_CheckForCloseMonsters(range)
{
	var _monstersClose, _checkMonster;
	
	if(range < 1 || arguments.length < 1)
		return false;
		
	_monstersClose = false;
	_checkMonster = NTC_FindUnit(NTC_UNIT_MONSTER);
	
	if(_checkMonster)
	{	
		do
		{
			if(_checkMonster.IsAttackable() && GetDistance(me.x, me.y, _checkMonster.x, _checkMonster.y) < range && NTA_IsValidMonster(_checkMonster))
			{	
				_monstersClose = true;
				break;
			}
		} while(_checkMonster.GetNext());
	}
	
	return _monstersClose;
}

function MWA_CalcDistToClosestMonster(x, y, calcAverage)
{
	var _dist, _minDist, _checkMonster, _distances;
	
	if(arguments.length < 2)
	{
		x = me.x;
		y = me.y;
	}
	
	if(arguments.length < 3)
		calcAverage = false;
	
	_checkMonster = NTC_FindUnit(NTC_UNIT_MONSTER);
	_dist = 1E3;
	_minDist = 1E3;
	_distances = new Array();
		
	if(_checkMonster)
	{	
		do
		{
			if(_checkMonster.IsAttackable() && NTA_IsValidMonster(_checkMonster))
			{	
				_dist = GetDistance(x, y, _checkMonster.x, _checkMonster.y);
				
				if(calcAverage)
					_distances.push(_dist);
				else if(_dist < _minDist)
					_minDist = _dist;
			}
		} while(_checkMonster.GetNext());
	}
	
	if(calcAverage)
	{
		_dist = 0;
		
		for(var i = 0; i < _distances.length; i++)
			_dist += _distances[i];
			
		if(_distances.length > 0)
			return _dist / _distances.length;
	}
	
	return _minDist;
}

function MWA_AreaCheckEvading(areaid)
{
	if(MWConfig_EvasionExceptions.length > 0 && MWConfig_EvasionExceptions.indexOf(areaid) != -1)
		return false;
	else
		return true;
}

function MWA_GetEvasionVector(length, offset, origin, rotationAngle)
{
	var _vec, _targetVec, _maxDistIndex, _dist, _maxDist, _destx, _desty, _path, _pathX, _pathY;
	
	_targetVec = new Array();
	
	if(arguments.length < 3 || !origin.x || !origin.y || !origin.areaid)
		origin = me;
	
	if(arguments.length < 4 || isNaN(rotationAngle))
		rotationAngle = 22.5;
	
	_vec = new vector(1, 0);
	
	if(!_vec)
		return new vector();
	
	for(var i = 0; i < parseInt(360 / rotationAngle); i++)
	{
		_vec.rotate(rotationAngle);
		_vec.normalize();
		_targetVec.push(new vector(_vec.x, _vec.y));
	}

	_maxDistIndex = -1;
	_maxDist = 0;
	_dist = 0;

	// Find the spot with the largest distance to the next monster
	for(var i = 0; i < _targetVec.length; i++)
	{
		_destx = origin.x + Math.round(_targetVec[i].x * length);
		_desty = origin.y + Math.round(_targetVec[i].y * length);
		_path = GetPath(origin.areaid, origin.x, origin.y, _destx, _desty, true);
		
		if(_path)
		{
			_pathX = _path[_path.length - 1][0];
			_pathY = _path[_path.length - 1][1];
			
			if(GetDistance(_destx, _desty, _pathX, _pathY) > offset || !CheckCollision(origin.areaid, _pathX, _pathY, 0)) // DEBUG !CheckCollision(origin.areaid, origin.x, origin.y, _pathX, _pathY, 0)
				continue;
				
			_dist = MWA_CalcDistToClosestMonster(_pathX, _pathY);
			
			if(_dist > _maxDist)
			{
				_maxDist = _dist;
				_maxDistIndex = i;			
			}
		}
	}
	
	if(_maxDistIndex != -1)
		return _targetVec[_maxDistIndex];
	else
		return new vector();
}

function MWA_MoveAwayFromMonster(target)
{
	var _vec, _targetVec, _spotIndex, _targetDist, _destx, _desty, _path;
	
	const _VEC_LENGTH = 8; // Length of the vector pointing to the target spot
	const _DELTA_DEST = 2; // Maximum distance to the target location after moving
	
	_targetVec = MWA_GetEvasionVector(_VEC_LENGTH, _DELTA_DEST);
		
	if(_targetVec && !_targetVec.isZero())
	{
		_targetVec.setlength(_VEC_LENGTH);
		_targetDist = MWA_CalcDistToClosestMonster(me.x + Math.round(_targetVec.x), me.y + Math.round(_targetVec.y));
		
		if(_targetDist > MWA_CalcDistToClosestMonster() && _targetDist > 4)
		{
			_destx = me.x + Math.round(_targetVec.x);
			_desty = me.y + Math.round(_targetVec.y);

			if(MWConfig_ShowOverheadStatus)
				MWC_PrintOverheadStatus("Evading...");
			
			NTM_MoveTo(me.areaid, _destx, _desty, 1);
				
			if(GetDistance(me.x, me.y, _destx, _desty) < _DELTA_DEST)
				return true;
		}
	}
	
	_targetVec = MWA_GetEvasionVector(_VEC_LENGTH * 2.5, _DELTA_DEST, target);
		
	if(_targetVec && !_targetVec.isZero())
	{
		_targetVec.setlength(_VEC_LENGTH * 2.5);
		_targetDist = MWA_CalcDistToClosestMonster(me.x + Math.round(_targetVec.x), me.y + Math.round(_targetVec.y));

		if(_targetDist > MWA_CalcDistToClosestMonster())
			return NTM_MoveTo(me.areaid, target.x + Math.round(_targetVec.x), target.y + Math.round(_targetVec.y), 1);
	}
	
	return false;
}

function MWA_FindNearbyMonsters(range, target)
{
	var _monster;
	var _count = 0;
		
	if(arguments.length < 1)
		range = 20;
	if(arguments.length < 2)
		target = me;
	
	_monster = NTC_FindUnit(NTC_UNIT_MONSTER);
	
	if(_monster)
	{
		do
		{
			if(_monster.IsAttackable() && NTA_IsValidMonster(_monster) && GetDistance(target, _monster) < range)
				_count++;
		}
		while(_monster.GetNext());
	}
	return _count;
}

function MWA_CheckInfinity()
{
	var _merc, _items;
	
	_merc = NTC_GetMerc();

	if(!_merc)
		return false;
		
	_items = _merc.GetItems();
	
	if(_items)
	{
		for(var i = 0; i < _items.length; i++)
		{
			if(_items[i].itemloc == 4)
			{
				if(_items[i].itemprefix == 0x5056) // Infinity
					_MWA_Merc_Weapon_Type = 1;
				else if( _items[i].GetStat(198) == 0x21) // The Reaper's Toll
					_MWA_Merc_Weapon_Type = 2;
				
				return true;
			}
		}
		
		_MWA_Merc_Weapon_Type = 0;
	}
	
	return false;
}

function MWA_CheckMonsterImmunity(target)
{
	var _resistance;
	
	for(var i = 0; i < MWConfig_CheckImmunitySkills.length; i++)
	{
		if(isNaN(MWConfig_CheckImmunitySkills[i]) || MWConfig_CheckImmunitySkills[i] < 0 || MWConfig_CheckImmunitySkills[i] >= NTConfig_AttackSkill.length)
			return false;
		
		if(NTConfig_AttackSkill[MWConfig_CheckImmunitySkills[i]] == 0)
			continue;
			
		if(MWA_CheckMonsterResistance(target, NTA_GetDamageType(NTConfig_AttackSkill[MWConfig_CheckImmunitySkills[i]], target, MWConfig_CheckImmunitySkills[i])))
			return false;
	}

	return MWConfig_CheckImmunitySkills.length > 0;
}

function MWA_CheckMonsterResistance(target, damageType)
{
	var _res;
	
	if(_MWA_Merc_Weapon_Type == -1)
		MWA_CheckInfinity();
	
	_res = NTA_GetResistance(target, damageType);
	
	if(_res < 100)
		return true;
		
	if(_MWA_Merc_Weapon_Type == 1 && damageType >= NTA_DAMAGE_FIRE && damageType <= NTA_DAMAGE_COLD) // Infinity
	{
		if(target.GetState(28))
			return false;
			
		return (_res < 117 && NTC_GetMerc())
	}
	else if(_MWA_Merc_Weapon_Type == 2 && damageType == NTA_DAMAGE_PHYSICAL) // Reaper's Toll
	{
		if(MWA_GetCurseState(MWS_DECREPIFY, target) || MWA_GetCurseState(MWS_AMPLIFY_DAMAGE, target))
			return false;
	
		return (_res < 150 && NTC_GetMerc());
	}
		
	return false;
}

function MWA_CalcCorpseExplosionRadius()
{
	// Calculate the approximate CE Range using a simple linear regression
	if(me.GetSkill(74, true) > 0)
		return (0.333684 * me.GetSkill(74, true) + 2.29632).toFixed(1);
	else
		return 0.0;
}

function MWA_GetClosestCorpseGID(x, y, range)
{
	var _gid, _dist, _mindist, _corpses;
	
	if(arguments.length < 3)
		range = 50;
		
	_mindist = 10000;
	_gid = 0;
	
	_corpses = NTC_FindUnit(NTC_UNIT_MONSTER);
	
	if(_corpses)
	{
		do
		{
			if(MWL_CheckLootStatus(_corpses) && MWL_IsLootableMonster(_corpses.classid) && _corpses.name != GetLocaleString(5386) && _corpses.mode == 12) // Only check valid corpses that can be used for corpse explosion or minions
			{
				_dist = GetDistance(x, y, _corpses.x, _corpses.y);
				
				if(_dist < _mindist && _dist <= range)
				{
					_mindist = _dist;
					_gid = _corpses.gid;
				}
			}
		} while(_corpses.GetNext());
	}
	
	return _gid;
}


function MWA_IsHazardousMonster(target)
{
	var _viciousness, _damageType, _count;
	
	_viciousness = 0;
	_damageType = -1;
	
	switch(target.classid)
	{
		// Physical damage (type 0)
		case 310: // Doom Knight
		case 312: // Oblivion Knight
		case 472: // Hell Temptress WSK
		case 510: // Death Lord WSK
		case 571: // Minion Of Destruction
		case 638: // Vile Witch WSK
		case 691: // Undead Soul Killer Throne
		case 700: // Doom Knight Throne
		case 702: // Oblivion Knight Throne
			_damageType = 0;
			_viciousness++;
			break;
		// Elemental damage (type 1)
		case 640: // Black Soul WSK
		case 641: // Black Soul Throne
			_damageType = 1;
			_viciousness++;
			break;	
		// Both physical and elemental damage (type -1)
		case 345: // Council Member
		case 346: // Council Member
		case 347: // Council Member
		case 362: // Venom Lord
		case 558: // Venom Lord Throne
			_viciousness++;
			break;	
	}
		
	_count = MWA_FindNearbyMonsters(6, target);
	
	if(_count > 2)
		_viciousness++;
	else if(_count > 4)
		_viciousness += 2;
	else if(_count > 6)
		_viciousness += 3;

	if(target.GetState(29))	// Conviction
		_viciousness += 2;
	
	if(_damageType == 0 || _damageType == -1)
	{
		if(target.GetState(49))	// Fanatism 
			_viciousness += 2;
		
		if(target.GetState(33)	// Might
		|| target.GetState(40))	// Blessed Aim
			_viciousness++;
			
		if(me.GetState(9) 		// Amplify Damage
		|| me.GetState(60))		// Decrepify
			_viciousness++;
	}
	
	if(_damageType == 1 || _damageType == -1)
	{
		if(me.GetState(28) 		// Convicted
		|| me.GetState(61))		// Lower Resist
			_viciousness++;
	}
	
	return _viciousness > 3;
}

function MWA_SetMinionCounts()
{
	// Define the maximum amount of Skeletons
	if(MWConfig_SkeletonMinionCount <= MWC_GetMaxMinionCount(NTConfig_AttackSkill[4]))
		_MWA_Minion_Counts[0] = MWConfig_SkeletonMinionCount;
	else
		_MWA_Minion_Counts[0] = MWC_GetMaxMinionCount(NTConfig_AttackSkill[4]);
		
	// Define the maximum amount of Mages
	if(MWConfig_MageMinionCount <= MWC_GetMaxMinionCount(NTConfig_AttackSkill[5]))
		_MWA_Minion_Counts[1] = MWConfig_MageMinionCount;
	else
		_MWA_Minion_Counts[1] = MWC_GetMaxMinionCount(NTConfig_AttackSkill[5]);

	// Define the maximum amount of Revives
	if(MWConfig_ReviveMinionCount <= MWC_GetMaxMinionCount(NTConfig_AttackSkill[6]))
		_MWA_Minion_Counts[2] = MWConfig_ReviveMinionCount;
	else
		_MWA_Minion_Counts[2] = MWC_GetMaxMinionCount(NTConfig_AttackSkill[6]);
}

function MWA_RaiseMinions()
{
	var _corpse, _gid, _gidsHandled, _count;
	
	if(me.classid != NTC_CHAR_CLASS_NECROMANCER)
		return false;
		
	_gidsHandled = new Array();
	
	MWA_SetMinionCounts();
	
	for(var i = 0; i < 100; i++)
	{
		_gid = MWA_GetClosestCorpseGID(me.x, me.y, 30);
		
		if(_gid == 0) // Stop if there are not any corpses nearby
			break;
		
		if(_gidsHandled.indexOf(_gid) > -1)
			continue;
			
		_corpse = NTC_FindUnit(NTC_UNIT_MONSTER, _gid); // Get the unit of the closest corpse
		
		if(_corpse)
		{
			_gidsHandled.push(_gid);
			
			if(NTC_GetSkillLevel(NTConfig_AttackSkill[4]) > 0) // Summon first minion type until the desired number of minions is reached
			{
				_count = MWC_GetMinionCount(NTConfig_AttackSkill[4]);
				
				if(_count < _MWA_Minion_Counts[0] && (NTConfig_AttackSkill[4] != 95 || !(_corpse.spectype&0x0E)))
				{
					if(MWConfig_ShowOverheadStatus)
					{
						if(NTConfig_AttackSkill[4] == 95)
							MWC_PrintOverheadStatus("Reviving " + _corpse.name + " (" + (_count + 1) + "/" +_MWA_Minion_Counts[0] + ")");
						else
							MWC_PrintOverheadStatus("Summoning " + MWC_GetMinionName(NTConfig_AttackSkill[4]) + " (" + (_count + 1) + "/" + _MWA_Minion_Counts[0] + ")");
					}
					
					if(GetDistance(me, _corpse) > _NTA_SkillRange[4] || !CheckCollision(me, _corpse, 4) || !CheckCollision(me, _corpse, 2))
						NTM_MoveTo(_corpse.areaid, _corpse.x, _corpse.y, 0);

					NTC_CastSkill(NTConfig_AttackSkill[4], _NTA_SkillHand[4], _corpse);
					
					continue;
				}
			}
			
			if(NTC_GetSkillLevel(NTConfig_AttackSkill[5]) > 0) // Summon second minion type until the desired number of minions is reached
			{
				_count = MWC_GetMinionCount(NTConfig_AttackSkill[5]);
				
				if(_count < _MWA_Minion_Counts[1] && (NTConfig_AttackSkill[5] != 95 || !(_corpse.spectype&0x0E)))
				{
					if(MWConfig_ShowOverheadStatus)
					{
						if(NTConfig_AttackSkill[5] == 95)
							MWC_PrintOverheadStatus("Reviving " + _corpse.name + " (" + (_count + 1) + "/" + _MWA_Minion_Counts[1] + ")");
						else
							MWC_PrintOverheadStatus("Summoning " + MWC_GetMinionName(NTConfig_AttackSkill[5]) + " (" + (_count + 1) + "/" + _MWA_Minion_Counts[1] + ")");
					}
					
					if(GetDistance(me, _corpse) > _NTA_SkillRange[4] || !CheckCollision(me, _corpse, 4) || !CheckCollision(me, _corpse, 2))
						NTM_MoveTo(_corpse.areaid, _corpse.x, _corpse.y, 0);
					
					NTC_CastSkill(NTConfig_AttackSkill[5], _NTA_SkillHand[5], _corpse);
					
					continue;
				}
			}
			
			if(NTC_GetSkillLevel(NTConfig_AttackSkill[6]) > 0) // Summon third minion type until the desired number of minions is reached
			{
				_count = MWC_GetMinionCount(NTConfig_AttackSkill[6]);
				
				if(_count < _MWA_Minion_Counts[2] && (NTConfig_AttackSkill[6] != 95 || !(_corpse.spectype&0x0E)))
				{
					if(MWConfig_ShowOverheadStatus)
					{
						if(NTConfig_AttackSkill[6] == 95)
							MWC_PrintOverheadStatus("Reviving " + _corpse.name + " (" + (_count + 1) + "/" + _MWA_Minion_Counts[2] + ")");
						else
							MWC_PrintOverheadStatus("Summoning " + MWC_GetMinionName(NTConfig_AttackSkill[6]) + " (" + (_count + 1) + "/" + _MWA_Minion_Counts[2] + ")");
					}
					
					if(GetDistance(me, _corpse) > _NTA_SkillRange[4] || !CheckCollision(me, _corpse, 4) || !CheckCollision(me, _corpse, 2))
						NTM_MoveTo(_corpse.areaid, _corpse.x, _corpse.y, 0);
					
					NTC_CastSkill(NTConfig_AttackSkill[6], _NTA_SkillHand[6], _corpse);
					
					continue;
				}
			}
			
			// Stop if the the maximum number of each minion type is reached
			break;
		}
	}
	
	return true;
}

function MWA_CalcAverageMinionDistance(unit)
{
	var _monsters, _parent, _distances, _averageDist;
	
	_averageDist = 0.0;
	_distances = new Array();
	
	if(arguments.length < 1)
		unit = me;
	
	_monsters = NTC_FindUnit(NTC_UNIT_MONSTER);

	if(_monsters)
	{
		do
		{
			if(GetDistance(unit, _monsters) < 45)
			{
				_parent = _monsters.GetParent();
				
				if(_parent && _parent.name == me.name) // Check whether the unit (Merc, Skeleton, Mage, Revive or Golem) actually belongs to our char
					_distances.push(GetDistance(unit, _monsters));
			}
		} while(_monsters.GetNext());
	}
	
	// Calculate the average
	for(var i = 0; i < _distances.length; i++)
		_averageDist += _distances[i]; // Add all distances
	
	if(_distances.length != 0)
		_averageDist /= _distances.length; // Divide the sum by the number of distances
			
	return _averageDist; // Return true if the majority of minions is sharing the same position as our char --> minions stuck
}
function MWA_GetCurseState(skillid, target)
{
	if(!target || skillid < 66 || skillid > 91)
		return false;
	
	if((target.spectype & 0x04) && target.name.indexOf(GetLocaleString(11086)) != -1) // Ignore possessed champions that cannot be cursed
		return true;
		
	// Ignore foes that cannot be cursed anyway
	switch(target.classid)
	{
		case 194: // Blood Maggot Egg
		case 207: // Blood Hawk Nest
		case 497: // Catapult
		case 498: // Catapult
		case 499: // Catapult
		case 500: // Catapult
		case 516: // Catapult
		case 517: // Catapult
		case 518: // Catapult
		case 519: // Catapult
			return true;
	}
	
	switch(skillid)
	{
		case 66: // Amplify Damage
			return (target.GetState(9) != 0);
		case 71: // Dim Vision
			return (target.GetState(23) != 0);
		case 72: // Weaken
			return (target.GetState(19) != 0);
		case 76: // Iron Maiden
			return (target.GetState(55) != 0);
		case 77: // Terror
			return (target.GetState(56) != 0);
		case 81: // Confuse
			return (target.GetState(59) != 0);
		case 82: // Life Tap
			return (target.GetState(58) != 0);
		case 86: // Attract
			return (target.GetState(57) != 0);
		case 87: // Decrepify
			return (target.GetState(60) != 0);
		case 91: // Lower Resist
			return (target.GetState(61) != 0);
	}
	
	return false;
}

function MWA_CheckAttackTimeLimit(target)
{
	var _tickLimit;
	
	if(_MWA_Attack_Time.length > 0 && _MWA_Attack_Time[0] == target.gid) // If the target has been attacked before and its gid is saved in the array
	{
		_MWA_Attack_Time[3]++;
				
		if(GetTickCount() > _MWA_Attack_Time[1] + _MWA_Attack_Time[2]) // Check if the time limit exceeded yet
		{
			Print("�c1Attack time limit exceeded! Skipping " + target.name + "...");
			return true;
		}
	}
	else // The target has not been attacked before
	{
		// Determine the end time in ticks using the limits specified in the char config
		if((target.spectype & 0x02) && MWConfig_AttackTimeLimit[4] > 0) // Super Unique
			_tickLimit = 1E3 * MWConfig_AttackTimeLimit[1];
		else if((target.spectype & 0x04) && MWConfig_AttackTimeLimit[3] > 0) // Champion
			_tickLimit = 1E3 * MWConfig_AttackTimeLimit[2];
		else if((target.spectype & 0x08) && MWConfig_AttackTimeLimit[2] > 0) // Boss
			_tickLimit = 1E3 * MWConfig_AttackTimeLimit[3];
		else if((target.spectype & 0x10) && MWConfig_AttackTimeLimit[1] > 0) // Minion
			_tickLimit = 1E3 * MWConfig_AttackTimeLimit[4];
		else if(MWConfig_AttackTimeLimit[0] > 0) // All
			_tickLimit = 1E3 * MWConfig_AttackTimeLimit[0];
		else
			_tickLimit = 2 * GetTickCount(); // Set Attack time to "infinite" if no time limit is defined

		_MWA_Attack_Time = [target.gid, GetTickCount(), _tickLimit, 1]; // Save both the target's gid and the end time
	}
	
	return false;
}

function MWA_IsUndead(target)
{
	if(arguments.lenth < 1 || !target)
		return false;
		
	switch(target.classid)
	{
		case 0: // Skeleton
		case 1: // Returned
		case 2: // Bone Warrior
		case 3: // Burning Dead
		case 4: // Horror
		case 5: // Zombie
		case 6: // Hungry Dead
		case 7: // Ghoule
		case 9: // Plague Bearer
		case 38: // Ghost
		case 40: // Specter
		case 41: // Apparition
		case 96: // Dried Corpse
		case 98: // Embalmed
		case 99: // Preserved Dead
		case 101: // Hollow One
		case 102: // Guardian
		case 103: // Unraveler
		case 104: // Horadrim Ancient
		case 105: // Unraveler
		case 111: // Undead Scavenger
		case 131: // Ghoul Lord
		case 132: // Night Lord
		case 133: // Dark Lord
		case 134: // Blood Lord
		case 135: // The Banished
		case 170: // Skeleton Archer
		case 171: // Returned Archer
		case 172: // Bone Archer
		case 174: // Horror Archer
		case 215: // Undead Soul Killer
		case 276: // Bone Ash
		case 306: // Storm Caster
		case 310: // Doom Knight
		case 311: // Abyss Knight
		case 312: // Oblivion Knight
		case 365: // Griswold
		case 381: // Death Mage
		case 383: // Returned Mage
		case 384: // Bone Mage
		case 385: // Burning Dead mage
		case 387: // Returned Mage
		case 388: // Bone Mage
		case 390: // Horror Mage
		case 437: // Reanimated Horde
		case 438: // Prowling Dead
		case 440: // Defiled Warrior
		case 578: // Returned Archer
		case 608: // Carrion Bird
		case 620: // Returned Mage
		case 622: // Returned Mage
		case 623: // Horror Mage
		case 624: // Bone Mage
		case 626: // Horror Mage
		case 640: // Black Soul
		case 641: // Black Soul Throne
		case 669: // Horadrim Ancient
		case 670: // Horadrim Ancient
		case 696: // Ghoul Lord
		case 697: // Dark Lord
		case 698: // Unholy Corpse
		case 691: // Undead Soul Killer
		case 700: // Doom Knight
		case 702: // Oblivion Knight
		case 713: // Oblivion Knight
		case 726: // Horror Archer
		case 727: // Burning Dead Mage
		case 728: // Horror Mage
		case 729: // Bone Mage
		case 730: // Horror Mage
		case 731: // Dark Lord
			return true;
	}

	return false;
}

function MWA_IsPriorityTarget(target)
{
	if(arguments.lenth < 1 || !target)
		return false;
		
	switch(target.classid)
	{
		case 58: // Fallen Shaman
		case 59: // Carver Shaman
		case 60: // Devilkin Shaman
		case 61: // Dark Shaman
		case 62: // Warped Shaman
		case 68: // Sand Maggot
		case 69: // Rock Worm
		case 70: // Devourer
		case 101: // Hollow One
		case 102: // Guardian
		case 103: // Unraveler
		case 104: // Horadrim Ancient
		case 105: // Unraveler
		case 207: // Blood Hawk Nest
		case 238: // Sexton
		case 240: // Heirophant
		case 279: // Fetish Shaman
		case 280: // Flayer Shaman
		case 281: // Soul Killer Shaman
		case 298: // Flesh Spawner
		case 299: // Stygian Hag
		case 300: // Grotesque
		case 646: // Devilkin Shaman
		case 669: // Horadrim Ancient
		case 670: // Horadrim Ancient
		case 674: // Heirophant
		case 676: // Flesh Spawner
			return true;
	}

	return false;
}

function MWA_PrintAttackStatus(type, target)
{
	var _output, _attackTimeString;
	
	if(!MWConfig_ShowOverheadStatus || arguments.length < 2)
		return false;
		
	_attackTimeString = "";
	
	switch(type)
	{
		case 1:
			_output = "Killing ";
			break;
		default:
			_output = "Attacking ";
			break;
	}

	if(target.gid == _MWA_Attack_Time[0] && GetTickCount() - _MWA_Attack_Time[1] > 5E3)
		_attackTimeString = " [" + MWC_ConvertTicksToTimeString(GetTickCount() - _MWA_Attack_Time[1]) + "]";
	
	if(target.hp / target.hpmax > 0)
		return MWC_PrintOverheadStatus(_output + target.name + " " + (target.hp * 100 / target.hpmax).toFixed(0) + "%" + _attackTimeString);
	else
		return MWC_PrintOverheadStatus("Killed " + target.name + "!");
}

function MWA_Traps(target)
{
	this.Active;
	this.Target = target;
	
	this.MAXQUANTITY = 5;
	
	this.GetTrapPosition = MWA_Traps_GetTrapPosition;
	this.Refresh = MWA_Traps_Refresh;
	this.GetQuantity = MWA_Traps_GetQuantity;
	
	this.Refresh();
}

function MWA_Trap(unit)
{
	this.X = unit.x;
	this.Y = unit.y;
	this.GID = unit.gid;
	this.ClassID = unit.classid;
	this.Mode = unit.mode;
	
	this.RANGE = 20;
	
	this.IsValid = MWA_Trap_IsValid;
}

function MWA_Trap_IsValid(target)
{
	var _trap;
	
	if(!target)
		return false;
		
	_trap = NTC_FindUnit(NTC_UNIT_MONSTER, this.GID);
	
	if(!_trap || _trap.mode == 12) // The trap is either really far aways or already fired all its shots
		return false;
		
	if(_trap.mode == 8) // Traps that are currently fireing are considered valid
		return true;
		
	if(!CheckCollision(target, _trap, 2)) // The trap cannot attack the current target due to obstacles
		return false;
		
	if(GetDistance(this.X, this.Y, target.x, target.y) > this.RANGE) // The target is too far away from the trap
		return false;
		
	if(GetDistance(this.X, this.Y, me.x, me.y) > 40) // The trap is too far away from us
		return false;
		
	return true;
}

function MWA_Traps_GetTrapPosition(range)
{
	var _pos, _trapPos, _vec, _vecOrtho;
	const _DIST = 4;
	
	if(!this.Target || arguments.length < 1)
		return null;
		
	_pos = me.GetOptimalAttackPos(this.Target.areaid, this.Target.x, this.Target.y, range, 4);
	
	if(_pos)
	{
		_vec = new vector(this.Target.x - _pos[0], this.Target.y - _pos[1]);
		
		if(_vec)
		{
			_vecOrtho = new vector(_vec.x, _vec.y);
			
			if(_vecOrtho)
			{
				_vecOrtho.rotate(90);
					
				switch(this.Active.length)
				{
					case 4:
						_vec.setlength(_DIST);
						_vecOrtho.setlength(_DIST);
						break;
					case 3:
						_vec.setlength(_DIST);
						_vecOrtho.setlength(-1 * _DIST);
						break;
					case 2:
						_vec.setlength(_DIST / 2);
						_vecOrtho.setlength(_DIST / 2);
						break;
					case 1:
						_vec.setlength(_DIST / 2);
						_vecOrtho.setlength(_DIST / -2);
						break;
					default:
						return new coord(_pos[0], _pos[1]);
				}
				
				_trapPos = new coord(Math.round(_pos[0] + _vec.x + _vecOrtho.x), Math.round(_pos[1] + _vec.y + _vecOrtho.y));
				
				if(_trapPos && CheckCollision(this.Target.areaid, _trapPos.x, _trapPos.y, 0))
					return _trapPos;
			}
		}
		
		return new coord(_pos[0], _pos[1]);
	}

	return null;
}

function MWA_Traps_GetQuantity(skillid)
{
	var _count, _classid;
	
	_count = 0;
	
	switch(skillid)
	{
		case MWS_CHARGED_BOLT_SENTRY:
			_classid = MWC_MINION_CHARGED_BOLT_SENTRY;
			break;
		case MWS_WAKE_OF_FIRE:
			_classid = MWC_MINION_WAKE_OF_FIRE;
			break;
		case MWS_LIGHTNING_SENTRY:
			_classid = MWC_MINION_LIGHTNING_SENTRY;
			break;
		case MWS_WAKE_OF_INFERNO:
			_classid = MWC_MINION_WAKE_OF_INFERNO;
			break;
		case MWS_DEATH_SENTRY:
			_classid = MWC_MINION_DEATH_SENTRY;
			break;
	}
	
	for(var i = 0; i < this.Active.length; i++)
	{
		if(this.Active[i].IsValid(this.Target) && this.Active[i].ClassID == _classid)
			_count++;
	}
	
	return _count;
}

function MWA_Traps_Refresh(target)
{
	var _unit, _trap;
	
	this.Active = new Array();
	this.Target = target;
	
	_unit = NTC_FindUnit(NTC_UNIT_MONSTER);
	
	if(_unit)
	{
		do
		{
			if(!_unit.IsAttackable() && (_unit.classid >= MWC_MINION_WAKE_OF_FIRE && _unit.classid <= MWC_MINION_LIGHTNING_SENTRY || _unit.classid >= MWC_MINION_WAKE_OF_INFERNO && _unit.classid <= MWC_MINION_DEATH_SENTRY))
			{
				if(NTC_CheckOwner(_unit))
				{
					_trap = new MWA_Trap(_unit);
					
					if(_trap && _trap.IsValid(this.target))
						this.Active.push(_trap);
				}
			}
		} while(_unit.GetNext());
		
		return true;
	}
	
	return false;
}
LG
Muddy
Danke Muddy.
Hab das gleich mal versucht.
Gleiches Ergebnis.
Die Soso macht nur den skill 8.
egal ob der nun 42, oder 49 ist,
skill 9 ignoriert die, egal ob 42 oder 49.
Ich hab doch keinen merc, der den immunen dann restkillt.
LG
Fred