Inheritance diagram for npc_simon_bunny::npc_simon_bunnyAI:

Public Member Functions
	npc_simon_bunnyAI (Creature *creature)

void	UpdateAI (uint32 diff) override

void	DoAction (int32 action) override

void	SetData (uint32 type, uint32) override

void	SetGUID (ObjectGuid guid, int32 id) override

void	StartGame ()

void	ResetNode ()

void	CheckPlayerSequence ()

void	GenerateColorSequence ()

void	PrepareClusters (bool clustersOnly=false)

void	PlayNextColor ()

void	PlayColor (uint8 color)

void	SetUpPreGame ()

void	GiveRewardForLevel (uint8 level)

void	GivePunishment ()

void	SpellHitTarget (Unit target, SpellInfo const spell) override

bool	CheckPlayer ()

Public Member Functions inherited from ScriptedAI
	ScriptedAI (Creature *creature)

	~ScriptedAI () override

void	AttackStartNoMove (Unit *target)

void	DamageTaken (Unit *, uint32 &, DamageEffectType, SpellSchoolMask) override

void	UpdateAI (uint32 diff) override

void	JustDied (Unit *) override

void	KilledUnit (Unit *) override

void	JustSummoned (Creature *) override

void	SummonedCreatureDespawn (Creature *) override

void	SpellHit (Unit , SpellInfo const ) override

void	SpellHitTarget (Unit , SpellInfo const ) override

void	MovementInform (uint32, uint32) override

void	OnPossess (bool)

bool	IsInRoom (const Position *pos, Axis axis, bool above)

void	Reset () override

void	JustEngagedWith (Unit *) override
	Called for reaction when initially engaged.

void	AttackStart (Unit *) override

void	DoStartMovement (Unit *target, float distance=0.0f, float angle=0.0f)

void	DoStartNoMovement (Unit *target)

void	DoStopAttack ()

void	DoCastSpell (Unit target, SpellInfo const spellInfo, bool triggered=false)

void	DoPlaySoundToSet (WorldObject *source, uint32 soundId)

void	DoPlayMusic (uint32 soundId, bool zone)

void	DoAddThreat (Unit *unit, float amount)

void	DoModifyThreatByPercent (Unit *unit, int32 pct)

void	DoResetThreat (Unit *unit)

void	DoResetThreatList ()

float	DoGetThreat (Unit *unit)

void	DoTeleportPlayer (Unit *unit, float x, float y, float z, float o)

void	DoTeleportAll (float x, float y, float z, float o)

Unit *	DoSelectLowestHpFriendly (float range, uint32 minHPDiff=1)

std::list< Creature * >	DoFindFriendlyCC (float range)

std::list< Creature * >	DoFindFriendlyMissingBuff (float range, uint32 spellId)

Player *	GetPlayerAtMinimumRange (float minRange)

Creature *	DoSpawnCreature (uint32 entry, float offsetX, float offsetY, float offsetZ, float angle, uint32 type, uint32 despawntime)

bool	IsUniqueTimedEventDone (uint32 id) const

void	SetUniqueTimedEventDone (uint32 id)

void	ResetUniqueTimedEvent (uint32 id)

void	ClearUniqueTimedEventsDone ()

void	ScheduleTimedEvent (Milliseconds timerMin, Milliseconds timerMax, std::function< void()> exec, Milliseconds repeatMin, Milliseconds repeatMax=0s, uint32 uniqueId=0)

void	ScheduleTimedEvent (Milliseconds timerMax, std::function< void()> exec, Milliseconds repeatMin, Milliseconds repeatMax=0s, uint32 uniqueId=0)

void	ScheduleUniqueTimedEvent (Milliseconds timer, std::function< void()> exec, uint32 uniqueId)

bool	HealthBelowPct (uint32 pct) const

bool	HealthAbovePct (uint32 pct) const

SpellInfo const *	SelectSpell (Unit *target, uint32 school, uint32 mechanic, SelectTargetType targets, uint32 powerCostMin, uint32 powerCostMax, float rangeMin, float rangeMax, SelectEffect effect)

void	SetEquipmentSlots (bool loadDefault, int32 mainHand=EQUIP_NO_CHANGE, int32 offHand=EQUIP_NO_CHANGE, int32 ranged=EQUIP_NO_CHANGE)

void	SetCombatMovement (bool allowMovement)

bool	IsCombatMovementAllowed () const

virtual bool	CheckEvadeIfOutOfCombatArea () const

bool	IsHeroic () const

Difficulty	GetDifficulty () const

bool	Is25ManRaid () const

template<class T >
const T &	DUNGEON_MODE (const T &normal5, const T &heroic10) const

template<class T >
const T &	RAID_MODE (const T &normal10, const T &normal25) const

template<class T >
const T &	RAID_MODE (const T &normal10, const T &normal25, const T &heroic10, const T &heroic25) const

Player *	SelectTargetFromPlayerList (float maxdist, uint32 excludeAura=0, bool mustBeInLOS=false) const

Public Member Functions inherited from CreatureAI
void	Talk (uint8 id, WorldObject const *whisperTarget=nullptr, Milliseconds delay=0s)
	Causes the creature to talk/say the text assigned to their entry in the `creature_text` database table.

void	Talk (uint8 id, Milliseconds delay)

	CreatureAI (Creature *creature)

	~CreatureAI () override

void	MoveCircleChecks ()

void	MoveBackwardsChecks ()

void	MoveInLineOfSight_Safe (Unit *who)
	== Reactions At =================================

void	TriggerAlert (Unit const *who) const

virtual bool	CanRespawn ()

virtual void	EnterEvadeMode (EvadeReason why=EVADE_REASON_OTHER)

virtual void	JustEngagedWith (Unit *)
	Called for reaction when initially engaged.

virtual void	JustDied (Unit *)

virtual void	KilledUnit (Unit *)

virtual void	JustSummoned (Creature *)

virtual void	IsSummonedBy (WorldObject *)

virtual void	SummonedCreatureDespawn (Creature *)

virtual void	SummonedCreatureDies (Creature , Unit )

virtual void	SummonedCreatureDespawnAll ()

virtual void	SpellHit (Unit , SpellInfo const )

virtual void	SpellHitTarget (Unit , SpellInfo const )

virtual void	AttackedBy (Unit *)

virtual bool	IsEscorted ()

virtual void	JustRespawned ()

virtual void	MovementInform (uint32, uint32)

virtual void	PathEndReached (uint32)

void	OnCharmed (bool apply) override

virtual void	JustReachedHome ()

void	DoZoneInCombat (Creature *creature=nullptr, float maxRangeToNearestTarget=250.0f)

virtual void	ReceiveEmote (Player *, uint32)

virtual void	OwnerAttackedBy (Unit *)

virtual void	OwnerAttacked (Unit *)

virtual void	CorpseRemoved (uint32 &)
	== Triggered Actions Requested ==================

virtual void	PassengerBoarded (Unit *, int8, bool)
	== Fields =======================================

virtual bool	BeforeSpellClick (Unit *)

virtual void	OnSpellClick (Unit *, bool &)

virtual bool	CanSeeAlways (WorldObject const *)

virtual bool	CanBeSeen (Player const *)

virtual bool	CanAlwaysBeDetectable (WorldObject const *)

virtual void	PetStopAttack ()

virtual bool	CheckInRoom ()

CreatureBoundary const *	GetBoundary () const

void	SetBoundary (CreatureBoundary const *boundary, bool negativeBoundaries=false)

bool	IsInBoundary (Position const *who=nullptr) const

virtual void	CalculateThreat (Unit , float &, SpellInfo const )

virtual bool	OnTeleportUnreacheablePlayer (Player *)

Public Member Functions inherited from UnitAI
	UnitAI (Unit *unit)

virtual	~UnitAI ()

virtual bool	CanAIAttack (Unit const *) const

virtual void	AttackStart (Unit *)

virtual void	UpdateAI (uint32)=0

virtual void	InitializeAI ()

virtual void	Reset ()

virtual void	OnCharmed (bool apply)=0

virtual void	DoAction (int32)

virtual uint32	GetData (uint32) const

virtual void	SetData (uint32, uint32)

virtual void	SetGUID (ObjectGuid, int32=0)

virtual ObjectGuid	GetGUID (int32=0) const

Unit *	SelectTarget (SelectTargetMethod targetType, uint32 position=0, float dist=0.0f, bool playerOnly=false, bool withTank=true, int32 aura=0)

template<class PREDICATE >
Unit *	SelectTarget (SelectTargetMethod targetType, uint32 position, PREDICATE const &predicate)

void	SelectTargetList (std::list< Unit * > &targetList, uint32 num, SelectTargetMethod targetType, uint32 position=0, float dist=0.0f, bool playerOnly=false, bool withTank=true, int32 aura=0)

template<class PREDICATE >
void	SelectTargetList (std::list< Unit * > &targetList, uint32 num, SelectTargetMethod targetType, uint32 position, PREDICATE const &predicate)

virtual void	JustEnteredCombat (Unit *)
	Called when the unit enters combat (NOTE: Creature engage logic should NOT be here, but in JustEngagedWith, which happens once threat is established!)

virtual void	JustExitedCombat ()
	Called when the unit leaves combat.

virtual void	DamageDealt (Unit *, uint32 &, DamageEffectType)

virtual void	DamageTaken (Unit *, uint32 &, DamageEffectType, SpellSchoolMask)

virtual void	HealReceived (Unit *, uint32 &)

virtual void	OnPowerUpdate (Powers, int32, int32, uint32)

virtual void	HealDone (Unit *, uint32 &)

virtual void	OnCalculateMeleeDamageReceived (uint32 &, Unit *)

virtual void	OnCalculateSpellDamageReceived (int32 &, Unit *)

virtual void	OnCalculatePeriodicTickReceived (uint32 &, Unit *)

void	AttackStartCaster (Unit *victim, float dist)

SpellCastResult	DoAddAuraToAllHostilePlayers (uint32 spellid)

SpellCastResult	DoCast (uint32 spellId)

SpellCastResult	DoCast (Unit *victim, uint32 spellId, bool triggered=false)

SpellCastResult	DoCastSelf (uint32 spellId, bool triggered=false)

SpellCastResult	DoCastToAllHostilePlayers (uint32 spellid, bool triggered=false)

SpellCastResult	DoCastVictim (uint32 spellId, bool triggered=false)

SpellCastResult	DoCastAOE (uint32 spellId, bool triggered=false)

SpellCastResult	DoCastRandomTarget (uint32 spellId, uint32 threatTablePosition=0, float dist=0.0f, bool playerOnly=true, bool triggered=false)

SpellCastResult	DoCastMaxThreat (uint32 spellId, uint32 threatTablePosition=0, float dist=0.0f, bool playerOnly=true, bool triggered=false)
	Cast spell on the max threat target, which may not always be the current victim.

float	DoGetSpellMaxRange (uint32 spellId, bool positive=false)

void	DoMeleeAttackIfReady ()

bool	DoSpellAttackIfReady (uint32 spell)

void	DoSpellAttackToRandomTargetIfReady (uint32 spell, uint32 threatTablePosition=0, float dist=0.f, bool playerOnly=true)

virtual void	SummonMovementInform (Creature *, uint32, uint32)

virtual void	sGossipHello (Player *)

virtual void	sGossipSelect (Player *, uint32, uint32)

virtual void	sGossipSelectCode (Player , uint32, uint32, char const )

virtual void	sQuestAccept (Player , Quest const )

virtual void	sQuestSelect (Player , Quest const )

virtual void	sQuestComplete (Player , Quest const )

virtual void	sQuestReward (Player , Quest const , uint32)

virtual void	sOnGameEvent (bool, uint16)

virtual std::string	GetDebugInfo () const

Public Attributes
bool	large

bool	listening

uint8	gameLevel

uint8	fails

uint8	gameTicks

ObjectGuid	playerGUID

uint32	clusterIds [SIMON_MAX_COLORS]

float	zCoordCorrection

float	searchDistance

EventMap	_events

std::list< uint8 >	colorSequence

std::list< uint8 >	playableSequence

std::list< uint8 >	playerSequence

Public Attributes inherited from ScriptedAI
Creature *	me

bool	IsFleeing

Additional Inherited Members
Public Types inherited from ScriptedAI
enum class	Axis { AXIS_X , AXIS_Y }

Public Types inherited from CreatureAI
enum	EvadeReason { EVADE_REASON_NO_HOSTILES , EVADE_REASON_BOUNDARY , EVADE_REASON_SEQUENCE_BREAK , EVADE_REASON_NO_PATH , EVADE_REASON_OTHER }

Static Public Member Functions inherited from CreatureAI
static bool	IsInBounds (CreatureBoundary const &boundary, Position const *who)

Static Public Member Functions inherited from UnitAI
static void	FillAISpellInfo ()

Static Public Attributes inherited from UnitAI
static AISpellInfoType *	AISpellInfo

Protected Member Functions inherited from CreatureAI
bool	UpdateVictim ()

bool	UpdateVictimWithGaze ()

void	SetGazeOn (Unit *target)

Creature *	DoSummon (uint32 entry, Position const &pos, uint32 despawnTime=30000, TempSummonType summonType=TEMPSUMMON_CORPSE_TIMED_DESPAWN)

Creature *	DoSummon (uint32 entry, WorldObject *obj, float radius=5.0f, uint32 despawnTime=30000, TempSummonType summonType=TEMPSUMMON_CORPSE_TIMED_DESPAWN)

Creature *	DoSummonFlyer (uint32 entry, WorldObject *obj, float flightZ, float radius=5.0f, uint32 despawnTime=30000, TempSummonType summonType=TEMPSUMMON_CORPSE_TIMED_DESPAWN)

virtual void	MoveInLineOfSight (Unit *)

bool	_EnterEvadeMode (EvadeReason why=EVADE_REASON_OTHER)

Protected Attributes inherited from CreatureAI
Creature *const	me

EventMap	events

TaskScheduler	scheduler

CreatureBoundary const *	_boundary

bool	_negateBoundary

Protected Attributes inherited from UnitAI
Unit *const	me

Detailed Description

Constructor & Destructor Documentation

◆ npc_simon_bunnyAI()

npc_simon_bunny::npc_simon_bunnyAI::npc_simon_bunnyAI ( Creature * creature )

inline

573: ScriptedAI(creature) { }

ScriptedAI

Definition: ScriptedCreature.h:192

Member Function Documentation

◆ CheckPlayer()

bool npc_simon_bunny::npc_simon_bunnyAI::CheckPlayer ( )

inline

        {
            if (Player* player = ObjectAccessor::GetPlayer(*me, playerGUID))
            {
                if (player->isDead())
                    return false;
                if (player->GetDistance2d(me) >= 2.0f * searchDistance)
                {
                    GivePunishment();
                    return false;
                }
            }
            else
                return false;
 
            return true;
        }

References ObjectAccessor::GetPlayer(), GivePunishment(), ScriptedAI::me, playerGUID, and searchDistance.

Referenced by UpdateAI().

◆ CheckPlayerSequence()

void npc_simon_bunny::npc_simon_bunnyAI::CheckPlayerSequence ( )

inline

        {
            bool correct = true;
            if (playerSequence.size() <= colorSequence.size())
                for (std::list<uint8>::const_iterator i = playerSequence.begin(), j = colorSequence.begin(); i != playerSequence.end(); ++i, ++j)
                    if ((*i) != (*j))
                        correct = false;
 
            if (correct && (playerSequence.size() == colorSequence.size()))
                DoAction(ACTION_SIMON_CORRECT_FULL_SEQUENCE);
            else if (!correct)
                DoAction(ACTION_SIMON_WRONG_SEQUENCE);
        }

References ACTION_SIMON_CORRECT_FULL_SEQUENCE, ACTION_SIMON_WRONG_SEQUENCE, colorSequence, DoAction(), and playerSequence.

Referenced by SetData().

◆ DoAction()

void npc_simon_bunny::npc_simon_bunnyAI::DoAction ( int32 action )

inlineoverridevirtual

Reimplemented from UnitAI.

        {
            switch (action)
            {
                case ACTION_SIMON_ROUND_FINISHED:
                    listening = false;
                    DoCast(SPELL_VISUAL_START_AI_LEVEL);
                    GiveRewardForLevel(gameLevel);
                    _events.CancelEventGroup(0);
                    if (gameLevel == 10)
                        ResetNode();
                    else
                        _events.ScheduleEvent(EVENT_SIMON_SETUP_PRE_GAME, 1000);
                    break;
                case ACTION_SIMON_CORRECT_FULL_SEQUENCE:
                    gameLevel++;
                    DoAction(ACTION_SIMON_ROUND_FINISHED);
                    break;
                case ACTION_SIMON_WRONG_SEQUENCE:
                    GivePunishment();
                    DoAction(ACTION_SIMON_ROUND_FINISHED);
                    break;
            }
        }

References _events, ACTION_SIMON_CORRECT_FULL_SEQUENCE, ACTION_SIMON_ROUND_FINISHED, ACTION_SIMON_WRONG_SEQUENCE, EventMap::CancelEventGroup(), DoAction(), UnitAI::DoCast(), EVENT_SIMON_SETUP_PRE_GAME, gameLevel, GivePunishment(), GiveRewardForLevel(), listening, ResetNode(), EventMap::ScheduleEvent(), and SPELL_VISUAL_START_AI_LEVEL.

Referenced by CheckPlayerSequence(), DoAction(), and UpdateAI().

◆ GenerateColorSequence()

void npc_simon_bunny::npc_simon_bunnyAI::GenerateColorSequence ( )

inline

        {
            colorSequence.clear();
            for (uint8 i = 0; i <= gameLevel; i++)
                colorSequence.push_back(RAND(SIMON_BLUE, SIMON_RED, SIMON_GREEN, SIMON_YELLOW));
 
            for (std::list<uint8>::const_iterator i = colorSequence.begin(); i != colorSequence.end(); ++i)
                playableSequence.push_back(*i);
        }

References colorSequence, gameLevel, playableSequence, RAND(), SIMON_BLUE, SIMON_GREEN, SIMON_RED, and SIMON_YELLOW.

Referenced by SetUpPreGame().

◆ GivePunishment()

void npc_simon_bunny::npc_simon_bunnyAI::GivePunishment ( )

inline

        {
            if (large)
            {
                if (Player* player = ObjectAccessor::GetPlayer(*me, playerGUID))
                    if (Creature* guardian = me->SummonCreature(NPC_APEXIS_GUARDIAN, me->GetPositionX(), me->GetPositionY(), me->GetPositionZ() - zCoordCorrection, 0.0f, TEMPSUMMON_TIMED_DESPAWN_OUT_OF_COMBAT, 20000))
                        guardian->AI()->AttackStart(player);
 
                ResetNode();
            }
            else
            {
                fails++;
 
                if (Player* player = ObjectAccessor::GetPlayer(*me, playerGUID))
                    DoCast(player, SPELL_BAD_PRESS_TRIGGER, true);
 
                if (fails >= 4)
                    ResetNode();
            }
        }

References UnitAI::DoCast(), fails, ObjectAccessor::GetPlayer(), Position::GetPositionX(), Position::GetPositionY(), Position::GetPositionZ(), large, ScriptedAI::me, NPC_APEXIS_GUARDIAN, playerGUID, ResetNode(), SPELL_BAD_PRESS_TRIGGER, WorldObject::SummonCreature(), TEMPSUMMON_TIMED_DESPAWN_OUT_OF_COMBAT, and zCoordCorrection.

Referenced by CheckPlayer(), DoAction(), and GiveRewardForLevel().

◆ GiveRewardForLevel()

void npc_simon_bunny::npc_simon_bunnyAI::GiveRewardForLevel ( uint8 level )

inline

        {
            uint32 rewSpell = 0;
            switch (level)
            {
                case 6:
                    if (large)
                        GivePunishment();
                    else
                        rewSpell = SPELL_REWARD_BUFF_1;
                    break;
                case 8:
                    rewSpell = SPELL_REWARD_BUFF_2;
                    break;
                case 10:
                    rewSpell = SPELL_REWARD_BUFF_3;
                    break;
            }
 
            if (rewSpell)
                if (Player* player = ObjectAccessor::GetPlayer(*me, playerGUID))
                    DoCast(player, rewSpell, true);
        }

References UnitAI::DoCast(), ObjectAccessor::GetPlayer(), GivePunishment(), large, ScriptedAI::me, playerGUID, SPELL_REWARD_BUFF_1, SPELL_REWARD_BUFF_2, and SPELL_REWARD_BUFF_3.

Referenced by DoAction().

◆ PlayColor()

void npc_simon_bunny::npc_simon_bunnyAI::PlayColor ( uint8 color )

inline

        {
            switch (color)
            {
                case SIMON_BLUE:
                    DoCast(SPELL_VISUAL_BLUE);
                    DoPlaySoundToSet(me, SOUND_BLUE);
                    break;
                case SIMON_GREEN:
                    DoCast(SPELL_VISUAL_GREEN);
                    DoPlaySoundToSet(me, SOUND_GREEN);
                    break;
                case SIMON_RED:
                    DoCast(SPELL_VISUAL_RED);
                    DoPlaySoundToSet(me, SOUND_RED);
                    break;
                case SIMON_YELLOW:
                    DoCast(SPELL_VISUAL_YELLOW);
                    DoPlaySoundToSet(me, SOUND_YELLOW);
                    break;
            }
        }

References UnitAI::DoCast(), ScriptedAI::DoPlaySoundToSet(), ScriptedAI::me, SIMON_BLUE, SIMON_GREEN, SIMON_RED, SIMON_YELLOW, SOUND_BLUE, SOUND_GREEN, SOUND_RED, SOUND_YELLOW, SPELL_VISUAL_BLUE, SPELL_VISUAL_GREEN, SPELL_VISUAL_RED, and SPELL_VISUAL_YELLOW.

Referenced by PlayNextColor(), and SetData().

◆ PlayNextColor()

void npc_simon_bunny::npc_simon_bunnyAI::PlayNextColor ( )

inline

        {
            PlayColor(*playableSequence.begin());
            playableSequence.erase(playableSequence.begin());
        }

References playableSequence, and PlayColor().

Referenced by UpdateAI().

◆ PrepareClusters()

void npc_simon_bunny::npc_simon_bunnyAI::PrepareClusters ( bool clustersOnly = false )

inline

        {
            for (uint32 clusterId = SIMON_BLUE; clusterId < SIMON_MAX_COLORS; clusterId++)
                if (GameObject* cluster = me->FindNearestGameObject(clusterIds[clusterId], searchDistance))
                    cluster->RemoveGameObjectFlag(GO_FLAG_NOT_SELECTABLE);
 
            if (clustersOnly)
                return;
 
            for (uint32 auraId = GO_AURA_BLUE; auraId <= GO_AURA_YELLOW; auraId++)
                if (GameObject* auraGo = me->FindNearestGameObject(auraId, searchDistance))
                    auraGo->RemoveFromWorld();
        }

References clusterIds, WorldObject::FindNearestGameObject(), GO_AURA_BLUE, GO_AURA_YELLOW, GO_FLAG_NOT_SELECTABLE, ScriptedAI::me, searchDistance, SIMON_BLUE, and SIMON_MAX_COLORS.

Referenced by UpdateAI().

◆ ResetNode()

void npc_simon_bunny::npc_simon_bunnyAI::ResetNode ( )

inline

        {
            DoPlaySoundToSet(me, SOUND_DISABLE_NODE);
 
            for (uint32 clusterId = SIMON_BLUE; clusterId < SIMON_MAX_COLORS; clusterId++)
                if (GameObject* cluster = me->FindNearestGameObject(clusterIds[clusterId], searchDistance))
                    cluster->SetGameObjectFlag(GO_FLAG_NOT_SELECTABLE);
 
            for (uint32 auraId = GO_AURA_BLUE; auraId <= GO_AURA_YELLOW; auraId++)
                if (GameObject* auraGo = me->FindNearestGameObject(auraId, searchDistance))
                    auraGo->RemoveFromWorld();
 
            if (GameObject* relic = me->FindNearestGameObject(large ? GO_APEXIS_MONUMENT : GO_APEXIS_RELIC, searchDistance))
                relic->RemoveGameObjectFlag(GO_FLAG_NOT_SELECTABLE);
 
            me->DespawnOrUnsummon(1000);
        }

References clusterIds, Creature::DespawnOrUnsummon(), ScriptedAI::DoPlaySoundToSet(), WorldObject::FindNearestGameObject(), GO_APEXIS_MONUMENT, GO_APEXIS_RELIC, GO_AURA_BLUE, GO_AURA_YELLOW, GO_FLAG_NOT_SELECTABLE, large, ScriptedAI::me, searchDistance, SIMON_BLUE, SIMON_MAX_COLORS, and SOUND_DISABLE_NODE.

Referenced by DoAction(), GivePunishment(), and UpdateAI().

◆ SetData()

void npc_simon_bunny::npc_simon_bunnyAI::SetData	(	uint32	type,
		uint32
	)

inlineoverridevirtual

Reimplemented from UnitAI.

        {
            if (!listening)
                return;
 
            uint8 pressedColor = SIMON_MAX_COLORS;
 
            if (type == clusterIds[SIMON_RED])
                pressedColor = SIMON_RED;
            else if (type == clusterIds[SIMON_BLUE])
                pressedColor = SIMON_BLUE;
            else if (type == clusterIds[SIMON_GREEN])
                pressedColor = SIMON_GREEN;
            else if (type == clusterIds[SIMON_YELLOW])
                pressedColor = SIMON_YELLOW;
 
            PlayColor(pressedColor);
            playerSequence.push_back(pressedColor);
            _events.ScheduleEvent(EVENT_SIMON_RESET_CLUSTERS, 500);
            CheckPlayerSequence();
        }

References _events, CheckPlayerSequence(), clusterIds, EVENT_SIMON_RESET_CLUSTERS, listening, PlayColor(), playerSequence, EventMap::ScheduleEvent(), SIMON_BLUE, SIMON_GREEN, SIMON_MAX_COLORS, SIMON_RED, and SIMON_YELLOW.

◆ SetGUID()

void npc_simon_bunny::npc_simon_bunnyAI::SetGUID	(	ObjectGuid	guid,
		int32	id
	)

inlineoverridevirtual

Reimplemented from UnitAI.

        {
            me->SetCanFly(true);
 
            large = (bool)id;
            playerGUID = guid;
            StartGame();
        }

References large, ScriptedAI::me, playerGUID, Creature::SetCanFly(), and StartGame().

◆ SetUpPreGame()

void npc_simon_bunny::npc_simon_bunnyAI::SetUpPreGame ( )

inline

        {
            for (uint32 clusterId = SIMON_BLUE; clusterId < SIMON_MAX_COLORS; clusterId++)
            {
                if (GameObject* cluster = me->FindNearestGameObject(clusterIds[clusterId], 2.0f * searchDistance))
                {
                    cluster->SetGameObjectFlag(GO_FLAG_NOT_SELECTABLE);
 
                    // break since we don't need glowing auras for large clusters
                    if (large)
                        break;
 
                    float x, y, z, o;
                    cluster->GetPosition(x, y, z, o);
                    me->NearTeleportTo(x, y, z, o);
 
                    uint32 preGameSpellId;
                    if (cluster->GetEntry() == clusterIds[SIMON_RED])
                        preGameSpellId = SPELL_PRE_GAME_RED;
                    else if (cluster->GetEntry() == clusterIds[SIMON_BLUE])
                        preGameSpellId = SPELL_PRE_GAME_BLUE;
                    else if (cluster->GetEntry() == clusterIds[SIMON_GREEN])
                        preGameSpellId = SPELL_PRE_GAME_GREEN;
                    else if (cluster->GetEntry() == clusterIds[SIMON_YELLOW])
                        preGameSpellId = SPELL_PRE_GAME_YELLOW;
                    else break;
 
                    me->CastSpell(cluster, preGameSpellId, true);
                }
            }
 
            if (GameObject* relic = me->FindNearestGameObject(large ? GO_APEXIS_MONUMENT : GO_APEXIS_RELIC, searchDistance))
            {
                float x, y, z, o;
                relic->GetPosition(x, y, z, o);
                me->NearTeleportTo(x, y, z + zCoordCorrection, o);
            }
 
            GenerateColorSequence();
        }

References Unit::CastSpell(), clusterIds, WorldObject::FindNearestGameObject(), GenerateColorSequence(), GO_APEXIS_MONUMENT, GO_APEXIS_RELIC, GO_FLAG_NOT_SELECTABLE, large, ScriptedAI::me, Unit::NearTeleportTo(), searchDistance, SIMON_BLUE, SIMON_GREEN, SIMON_MAX_COLORS, SIMON_RED, SIMON_YELLOW, SPELL_PRE_GAME_BLUE, SPELL_PRE_GAME_GREEN, SPELL_PRE_GAME_RED, SPELL_PRE_GAME_YELLOW, and zCoordCorrection.

Referenced by UpdateAI().

◆ SpellHitTarget()

void npc_simon_bunny::npc_simon_bunnyAI::SpellHitTarget	(	Unit *	target,
		SpellInfo const *	spell
	)

inlineoverridevirtual

Reimplemented from ScriptedAI.

        {
            // Cast SPELL_BAD_PRESS_DAMAGE with scaled basepoints when the visual hits the target.
            // Need Fix: When SPELL_BAD_PRESS_TRIGGER hits target it triggers spell SPELL_BAD_PRESS_DAMAGE by itself
            // so player gets damage equal to calculated damage  dbc basepoints for SPELL_BAD_PRESS_DAMAGE (~50)
            if (spell->Id == SPELL_BAD_PRESS_TRIGGER)
            {
                int32 bp = (int32)((float)(fails) * 0.33f * target->GetMaxHealth());
                target->CastCustomSpell(target, SPELL_BAD_PRESS_DAMAGE, &bp, nullptr, nullptr, true);
            }
        }

References Unit::CastCustomSpell(), fails, Unit::GetMaxHealth(), SpellInfo::Id, SPELL_BAD_PRESS_DAMAGE, and SPELL_BAD_PRESS_TRIGGER.

◆ StartGame()

void npc_simon_bunny::npc_simon_bunnyAI::StartGame ( )

inline

        {
            listening = false;
            gameLevel = 0;
            fails = 0;
            gameTicks = 0;
            zCoordCorrection = large ? 8.0f : 2.75f;
            searchDistance = large ? 13.0f : 5.0f;
            colorSequence.clear();
            playableSequence.clear();
            playerSequence.clear();
            me->SetObjectScale(large ? 2.0f : 1.0f);
 
            std::list<WorldObject*> ClusterList;
            Acore::AllWorldObjectsInRange objects(me, searchDistance);
            Acore::WorldObjectListSearcher<Acore::AllWorldObjectsInRange> searcher(me, ClusterList, objects);
            Cell::VisitAllObjects(me, searcher, searchDistance);
 
            for (std::list<WorldObject*>::const_iterator i = ClusterList.begin(); i != ClusterList.end(); ++i)
            {
                if (GameObject* go = (*i)->ToGameObject())
                {
                    // We are checking for displayid because all simon nodes have 4 clusters with different entries
                    if (large)
                    {
                        switch (go->GetGOInfo()->displayId)
                        {
                            case GO_BLUE_CLUSTER_DISPLAY_LARGE:
                                clusterIds[SIMON_BLUE] = go->GetEntry();
                                break;
 
                            case GO_RED_CLUSTER_DISPLAY_LARGE:
                                clusterIds[SIMON_RED] = go->GetEntry();
                                break;
 
                            case GO_GREEN_CLUSTER_DISPLAY_LARGE:
                                clusterIds[SIMON_GREEN] = go->GetEntry();
                                break;
 
                            case GO_YELLOW_CLUSTER_DISPLAY_LARGE:
                                clusterIds[SIMON_YELLOW] = go->GetEntry();
                                break;
                        }
                    }
                    else
                    {
                        switch (go->GetGOInfo()->displayId)
                        {
                            case GO_BLUE_CLUSTER_DISPLAY:
                                clusterIds[SIMON_BLUE] = go->GetEntry();
                                break;
 
                            case GO_RED_CLUSTER_DISPLAY:
                                clusterIds[SIMON_RED] = go->GetEntry();
                                break;
 
                            case GO_GREEN_CLUSTER_DISPLAY:
                                clusterIds[SIMON_GREEN] = go->GetEntry();
                                break;
 
                            case GO_YELLOW_CLUSTER_DISPLAY:
                                clusterIds[SIMON_YELLOW] = go->GetEntry();
                                break;
                        }
                    }
                }
            }
 
            _events.Reset();
            _events.ScheduleEvent(EVENT_SIMON_ROUND_FINISHED, 1000);
            _events.ScheduleEvent(EVENT_SIMON_PERIODIC_PLAYER_CHECK, 2000);
 
            if (GameObject* relic = me->FindNearestGameObject(large ? GO_APEXIS_MONUMENT : GO_APEXIS_RELIC, searchDistance))
                relic->SetGameObjectFlag(GO_FLAG_NOT_SELECTABLE);
        }

References _events, clusterIds, colorSequence, EVENT_SIMON_PERIODIC_PLAYER_CHECK, EVENT_SIMON_ROUND_FINISHED, fails, WorldObject::FindNearestGameObject(), gameLevel, gameTicks, GO_APEXIS_MONUMENT, GO_APEXIS_RELIC, GO_BLUE_CLUSTER_DISPLAY, GO_BLUE_CLUSTER_DISPLAY_LARGE, GO_FLAG_NOT_SELECTABLE, GO_GREEN_CLUSTER_DISPLAY, GO_GREEN_CLUSTER_DISPLAY_LARGE, GO_RED_CLUSTER_DISPLAY, GO_RED_CLUSTER_DISPLAY_LARGE, GO_YELLOW_CLUSTER_DISPLAY, GO_YELLOW_CLUSTER_DISPLAY_LARGE, large, listening, ScriptedAI::me, playableSequence, playerSequence, EventMap::Reset(), EventMap::ScheduleEvent(), searchDistance, Creature::SetObjectScale(), SIMON_BLUE, SIMON_GREEN, SIMON_RED, SIMON_YELLOW, Object::ToGameObject(), Cell::VisitAllObjects(), and zCoordCorrection.

Referenced by SetGUID().

◆ UpdateAI()

void npc_simon_bunny::npc_simon_bunnyAI::UpdateAI ( uint32 diff )

inlineoverridevirtual

Reimplemented from ScriptedAI.

        {
            _events.Update(diff);
 
            switch (_events.ExecuteEvent())
            {
                case EVENT_SIMON_PERIODIC_PLAYER_CHECK:
                    if (!CheckPlayer())
                        ResetNode();
                    else
                        _events.ScheduleEvent(EVENT_SIMON_PERIODIC_PLAYER_CHECK, 2000);
                    break;
                case EVENT_SIMON_SETUP_PRE_GAME:
                    SetUpPreGame();
                    _events.CancelEvent(EVENT_SIMON_GAME_TICK);
                    _events.ScheduleEvent(EVENT_SIMON_PLAY_SEQUENCE, 1000);
                    break;
                case EVENT_SIMON_PLAY_SEQUENCE:
                    if (!playableSequence.empty())
                    {
                        PlayNextColor();
                        _events.ScheduleEvent(EVENT_SIMON_PLAY_SEQUENCE, 1500);
                    }
                    else
                    {
                        listening = true;
                        DoCast(SPELL_VISUAL_START_PLAYER_LEVEL);
                        playerSequence.clear();
                        PrepareClusters();
                        gameTicks = 0;
                        _events.ScheduleEvent(EVENT_SIMON_GAME_TICK, 3000);
                    }
                    break;
                case EVENT_SIMON_GAME_TICK:
                    DoCast(SPELL_AUDIBLE_GAME_TICK);
 
                    if (gameTicks > gameLevel)
                        _events.ScheduleEvent(EVENT_SIMON_TOO_LONG_TIME, 500);
                    else
                        _events.ScheduleEvent(EVENT_SIMON_GAME_TICK, 3000);
                    gameTicks++;
                    break;
                case EVENT_SIMON_RESET_CLUSTERS:
                    PrepareClusters(true);
                    break;
                case EVENT_SIMON_TOO_LONG_TIME:
                    DoAction(ACTION_SIMON_WRONG_SEQUENCE);
                    break;
                case EVENT_SIMON_ROUND_FINISHED:
                    DoAction(ACTION_SIMON_ROUND_FINISHED);
                    break;
            }
        }