SentryAI Class Reference

#include "SentryAI.h"

Collaboration diagram for SentryAI:

Public Member Functions
	~SentryAI ()
void	ClearTargets ()
void	DisableRepTimers ()
bool	IsIdle ()
bool	IsFighting ()
uint16	GetOptimalRange ()
uint32	GetFalloff ()
uint32	GetAttackRange ()
double	GetTrackingSpeed ()

Protected Types
enum	State { Idle = 1, Engaged = 2, Signaling = 3 }

Protected Attributes
State	m_state

Private Attributes
bool	m_webber: 1
bool	m_warpScram: 1
bool	m_useSigRadius: 1
bool	m_useTargSwitching: 1
bool	m_useSecondTarget: 1
float	m_switchTargChance
uint16	m_preferedSigRadius
uint16	m_attackSpeed
uint16	m_targetRange
uint16	m_optimalRange
uint16	m_damageMultiplier
uint32	m_sigRadius
uint32	m_falloff
uint32	m_sightRange
uint32	m_maxAttackRange
double	m_trackingSpeed
Sentry *	m_npc
TurretFormulas	m_formula
Timer	m_processTimer
Timer	m_mainAttackTimer
Timer	m_beginFindTarget
Timer	m_warpScramblerTimer
Timer	m_webifierTimer

SentryAI.h
Sentry AI class : Allan Date : 23 April 2017 Version 0.10
	SentryAI (Sentry *who)
void	Process ()
void	Target (SystemEntity *by_who)
void	Targeted (SystemEntity *by_who)
void	TargetLost (SystemEntity *by_who)
void	ClearAllTargets ()
void	SetIdle ()
void	Attack (SystemEntity *pTarget)
void	SetEngaged (SystemEntity *pTarget)
void	ClearTarget (SystemEntity *pTarget)
void	AttackTarget (SystemEntity *pTarget)
void	SetSignaling (SystemEntity *pTarget)
void	CheckDistance (SystemEntity *pTarget)
double	GetTargetTime ()
std::string	GetStateName (State name)

Detailed Description

Definition at line 19 of file SentryAI.h.

Member Enumeration Documentation

enum SentryAI::State

protected

Enumerator
Idle
Engaged
Signaling

Definition at line 21 of file SentryAI.h.

               {
        Idle        = 1,  // not doing anything....idle.
        Engaged     = 2,  // actively fighting
        Signaling   = 3   // calling for help
    };

Constructor & Destructor Documentation

SentryAI::SentryAI

(

Sentry *

who

)

Definition at line 20 of file SentryAI.cpp.

References AttrAI_ChanceToNotTargetSwitch, AttrAI_PreferredSignatureRadius, AttrAI_ShouldUseSecondaryTarget, AttrAI_ShouldUseSignatureRadius, AttrAI_ShouldUseTargetSwitching, AttrDamageMultiplier, AttrEntityAttackRange, AttrFalloff, AttrMaxRange, AttrSignatureRadius, AttrSpeed, AttrTrackingSpeed, Timer::Disable(), EvilNumber::get_float(), EvilNumber::get_int(), InventoryItem::GetAttribute(), SystemEntity::GetSelf(), InventoryItem::HasAttribute(), m_attackSpeed, m_beginFindTarget, m_damageMultiplier, m_falloff, m_mainAttackTimer, m_maxAttackRange, m_optimalRange, m_preferedSigRadius, m_processTimer, m_sightRange, m_sigRadius, m_switchTargChance, m_trackingSpeed, m_useSecondTarget, m_useSigRadius, m_useTargSwitching, m_warpScram, m_warpScramblerTimer, m_webber, m_webifierTimer, and Timer::Start().

: m_state(State::Idle),
m_npc(who),
m_mainAttackTimer(1000),
m_processTimer(5000),         //arbitrary.
m_beginFindTarget(5000),      //arbitrary.
m_warpScramblerTimer(5000),   //arbitrary.
m_webifierTimer(5000)         //arbitrary.
{
    m_webifierTimer.Disable();      //not implemented yet
    m_beginFindTarget.Disable();    //arbitrary.
    m_mainAttackTimer.Disable();    //waiting till engaged
    m_warpScramblerTimer.Disable(); //not implemented yet

    m_webber = false;
    m_warpScram = false;

    m_damageMultiplier = who->GetSelf()->GetAttribute(AttrDamageMultiplier).get_int();

    /* set npc ship speeds and distances */
    m_sigRadius = who->GetSelf()->GetAttribute(AttrSignatureRadius).get_int();
    m_attackSpeed = who->GetSelf()->GetAttribute(AttrSpeed).get_int();
    m_processTimer.Start(m_attackSpeed);

    // Optimal Range
    m_optimalRange = who->GetSelf()->GetAttribute(AttrMaxRange).get_int();
    // Accuracy falloff  (distance past maximum range at which accuracy has fallen by half)
    m_falloff = who->GetSelf()->GetAttribute(AttrFalloff).get_int();
    m_trackingSpeed = who->GetSelf()->GetAttribute(AttrTrackingSpeed).get_float();
    // max firing range   default:10000
    m_maxAttackRange = who->GetSelf()->GetAttribute(AttrEntityAttackRange).get_int();
    if (!m_maxAttackRange)
        m_maxAttackRange = 10000;
    // 'sight' range
    m_sightRange = 20000;
    if (m_maxAttackRange > m_sightRange)
        m_sightRange = m_maxAttackRange *2;

    // advanced AI variables  only used by sleepers for now.  will update advanced npcs to use these also
    if (who->GetSelf()->HasAttribute(AttrAI_ShouldUseTargetSwitching)) {
        m_useTargSwitching = true;
    } else {
        m_useTargSwitching = false;
    }
    if (who->GetSelf()->HasAttribute(AttrAI_ShouldUseSecondaryTarget)) {
        m_useSecondTarget = true;
    } else {
            m_useSecondTarget = false;
    }
    if (who->GetSelf()->HasAttribute(AttrAI_ShouldUseSignatureRadius)) {
        m_useSigRadius = true;
        m_preferedSigRadius = who->GetSelf()->GetAttribute(AttrAI_PreferredSignatureRadius).get_int();
    } else {
        m_useSigRadius = false;
        m_preferedSigRadius = 0;
    }
    if (who->GetSelf()->HasAttribute(AttrAI_ChanceToNotTargetSwitch)) {
        m_switchTargChance = 1.0 - who->GetSelf()->GetAttribute(AttrAI_ChanceToNotTargetSwitch).get_float();
    } else {
        m_switchTargChance = 0.0f;
    }
}

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SentryAI::~SentryAI ( )

inline

Definition at line 29 of file SentryAI.h.

{ /* do nothing here */ }

Member Function Documentation

void SentryAI::Attack ( SystemEntity *  pTarget )

protected

Definition at line 272 of file SentryAI.cpp.

References _log, AttackTarget(), TargetManager::CanAttack(), Timer::Check(), ClearTarget(), SystemEntity::DestinyMgr(), SystemEntity::GetID(), SystemEntity::GetName(), SystemEntity::GetPosition(), SystemBubble::InBubble(), DestinyManager::IsCloaked(), m_mainAttackTimer, m_npc, SystemEntity::SysBubble(), and SystemEntity::TargetMgr().

Referenced by CheckDistance().

{
    if (m_mainAttackTimer.Check()) {
        if (!pTarget) return;
        // Check to see if the target still in the bubble (Client warped out)
        if (!m_npc->SysBubble()->InBubble(pTarget->GetPosition())) {
            _log(NPC__AI_TRACE, "%s(%u): Target %s(%u) no longer in bubble.  Clear target and move on",
                 m_npc->GetName(), m_npc->GetID(), pTarget->GetName(), pTarget->GetID());
            ClearTarget(pTarget);
            return;
        }
        if (!pTarget->DestinyMgr()) {
            _log(NPC__AI_TRACE, "%s(%u): Target %s(%u) has no destiny manager.  Clear target and move on",
                 m_npc->GetName(), m_npc->GetID(), pTarget->GetName(), pTarget->GetID());
            ClearTarget(pTarget);
            return;
        }
        // Check to see if the target is not cloaked:
        if (pTarget->DestinyMgr()->IsCloaked()) {
            _log(NPC__AI_TRACE, "%s(%u): Target %s(%u) is cloaked.  Clear target and move on",
                 m_npc->GetName(), m_npc->GetID(), pTarget->GetName(), pTarget->GetID());
            ClearTarget(pTarget);
            return;
        }
        if (m_npc->TargetMgr()->CanAttack())
            AttackTarget(pTarget);
    }
}

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void SentryAI::AttackTarget ( SystemEntity *  pTarget )

protected

Definition at line 304 of file SentryAI.cpp.

References SystemEntity::ApplyDamage(), SystemEntity::DestinyMgr(), Sentry::GetEM(), Sentry::GetExplosive(), SystemEntity::GetID(), Sentry::GetKinetic(), SystemEntity::GetSelf(), TurretFormulas::GetSentryToHit(), Sentry::GetThermal(), InventoryItem::itemID(), m_attackSpeed, m_damageMultiplier, m_formula, m_npc, DestinyManager::SendSpecialEffect(), targetAttack, and InventoryItem::typeID().

Referenced by Attack().

                                                 {
    // some npcs use missiles.....write code for using missiles   -- entityMissileTypeID
    std::string guid = "effects.Laser";
    // sentry does NOT have a destiny manager...use target's destiny manager for sending fx
    pTarget->DestinyMgr()->SendSpecialEffect(m_npc->GetSelf()->itemID(),
                                             m_npc->GetSelf()->itemID(),
                                             m_npc->GetSelf()->typeID(), //m_npc->GetSelf()->GetAttribute(AttrGfxTurretID).get_int(),
                                             pTarget->GetID(),
                                             0,guid,1,1,1,m_attackSpeed,0);

    Damage d(m_npc,
             m_npc->GetSelf(),
             m_npc->GetKinetic(),
             m_npc->GetThermal(),
             m_npc->GetEM(),
             m_npc->GetExplosive(),
             m_formula.GetSentryToHit(m_npc, pTarget),
             EVEEffectID::targetAttack
    );

    d *= m_damageMultiplier;
    pTarget->ApplyDamage(d);
}

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void SentryAI::CheckDistance ( SystemEntity *  pTarget )

protected

Definition at line 177 of file SentryAI.cpp.

References _log, Attack(), ClearTarget(), Ga::GaVec3::distance(), Timer::Enabled(), SystemEntity::GetID(), SystemEntity::GetName(), SystemEntity::GetPosition(), PI::Pin::State::Idle, TargetManager::IsTargetedBy(), m_attackSpeed, m_mainAttackTimer, m_npc, m_sightRange, m_state, SetEngaged(), Timer::Start(), and SystemEntity::TargetMgr().

Referenced by Process(), and Target().

{
    double dist = m_npc->GetPosition().distance(pTarget->GetPosition());
    if ((dist > m_sightRange) and (!m_npc->TargetMgr()->IsTargetedBy(pTarget))) {
        _log(NPC__AI_TRACE, "%s(%u): CheckDistance: %s(%u) is too far away (%u).  Return to Idle.", \
                m_npc->GetName(), m_npc->GetID(), pTarget->GetName(), pTarget->GetID(), dist);
        if (m_state != State::Idle) {
            // target is no longer in npc's "sight range" and is NOT targeting this npc.  unlock target and return to idle.
            //   should we do anything else here?  search for another target?  wander around?  yes..later
            // if npc is targeted greater than this distance, it will chase
            ClearTarget(pTarget);
        }
        return;
    }

    SetEngaged(pTarget);

    if (!m_mainAttackTimer.Enabled())
        m_mainAttackTimer.Start(m_attackSpeed);

    Attack(pTarget);
}

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void SentryAI::ClearAllTargets

(

)

Definition at line 208 of file SentryAI.cpp.

References TargetManager::ClearAllTargets(), m_npc, and SystemEntity::TargetMgr().

                               {
    m_npc->TargetMgr()->ClearAllTargets();
    //m_npc->TargetMgr()->OnTarget(nullptr, TargMgr::Mode::Clear, TargMgr::Msg::ClientReq);
}

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void SentryAI::ClearTarget ( SystemEntity *  pTarget )

protected

Definition at line 200 of file SentryAI.cpp.

References TargetManager::ClearTarget(), TargetManager::HasNoTargets(), m_npc, SetIdle(), and SystemEntity::TargetMgr().

Referenced by Attack(), CheckDistance(), and Process().

                                                {
    m_npc->TargetMgr()->ClearTarget(pTarget);
    //m_npc->TargetMgr()->OnTarget(pTarget, TargMgr::Mode::Lost);

    if (m_npc->TargetMgr()->HasNoTargets())
        SetIdle();
}

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void SentryAI::ClearTargets

(

)

void SentryAI::DisableRepTimers

(

)

uint32 SentryAI::GetAttackRange ( )

inline

Definition at line 47 of file SentryAI.h.

References m_maxAttackRange.

{ return m_maxAttackRange; }

uint32 SentryAI::GetFalloff ( )

inline

Definition at line 46 of file SentryAI.h.

References m_falloff.

{ return m_falloff; }

uint16 SentryAI::GetOptimalRange ( )

inline

Definition at line 45 of file SentryAI.h.

References m_optimalRange.

{ return m_optimalRange; }

std::string SentryAI::GetStateName ( SentryAI::State  name )

protected

Definition at line 350 of file SentryAI.cpp.

References DroneAI::State::Engaged, PI::Pin::State::Idle, and NPCAI::State::Signaling.

Referenced by Process().

{
    switch (name) {
        case State::Idle:      return "Idle";
        case State::Engaged:   return "Engaged";
        case State::Signaling: return "Signaling";
    }
    return "Undefined";
}

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double SentryAI::GetTargetTime ( )

protected

Definition at line 328 of file SentryAI.cpp.

References AttrRadius, AttrScanSpeed, EvilNumber::get_float(), EvilNumber::get_int(), InventoryItem::GetAttribute(), SystemEntity::GetSelf(), and m_npc.

Referenced by Target(), and Targeted().

{
    double targetTime = (m_npc->GetSelf()->GetAttribute(AttrScanSpeed).get_int());
    float radius = m_npc->GetSelf()->GetAttribute(AttrRadius).get_float();
    if (!targetTime) {
        if (radius < 30) {
            targetTime = 1500;
        } else if (radius < 60) {
            targetTime = 2500;
        } else if (radius < 150) {
            targetTime = 4000;
        } else if (radius < 280) {
            targetTime = 6000;
        } else if (radius < 550) {
            targetTime = 8000;
        } else {
            targetTime = 13000;
        }
    }
    return targetTime;
}

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double SentryAI::GetTrackingSpeed ( )

inline

Definition at line 48 of file SentryAI.h.

References m_trackingSpeed.

{ return m_trackingSpeed; }

bool SentryAI::IsFighting ( )

inline

Definition at line 44 of file SentryAI.h.

References PI::Pin::State::Idle, and m_state.

{ return (m_state != State::Idle); }

bool SentryAI::IsIdle ( )

inline

Definition at line 43 of file SentryAI.h.

References PI::Pin::State::Idle, and m_state.

{ return (m_state == State::Idle); }

void SentryAI::Process

(

)

Todo:

this needs work if (cur->IsLogin() or cur->IsInvul() or cur->InPod()) continue; if (!cur->GetShipTarget()) continue; if ((!cur->GetShipTarget()->DestinyMgr()) or (!cur->GetShipTarget()->SysBubble())) // this shouldnt be needed, but whatever... continue; pDestiny = cur->GetShipTarget()->DestinyMgr(); if (pDestiny->IsCloaked() or pDestiny->IsWarping()) continue; if (m_npc->GetPosition().distance(cur->GetShipTarget()->GetPosition()) > m_sightRange) continue; Target(cur->GetShipTarget());

Definition at line 83 of file SentryAI.cpp.

References _log, Timer::Check(), CheckDistance(), ClearTarget(), Timer::Enabled(), DroneAI::State::Engaged, TargetManager::GetFirstTarget(), SystemEntity::GetID(), SystemEntity::GetName(), SystemBubble::GetPlayers(), GetStateName(), TargetManager::HasNoTargets(), SystemBubble::HasPlayers(), PI::Pin::State::Idle, m_attackSpeed, m_beginFindTarget, m_npc, m_processTimer, m_state, SetIdle(), NPCAI::State::Signaling, Timer::Start(), SystemEntity::SysBubble(), and SystemEntity::TargetMgr().

Referenced by Sentry::Process().

                       {
    if ((!m_processTimer.Check()) or (!m_npc->SysBubble()->HasPlayers()))
        return;

    /* NPC::State definitions   -allan 25July15  (UD 1June16)
    *   Idle,       // not doing anything, nothing in sight....idle.
    *   Engaged,    // actively fighting.
    *   Signaling   // calling for help
    */
    switch(m_state) {
        case State::Idle: {
            // The parameter proximityRange (154) tells us how far we "see" (npc's dont have this, but drones do)
            if (m_beginFindTarget.Check()) {
                std::vector<Client*> clientVec;
                clientVec.clear();
                DestinyManager* pDestiny(nullptr);
                m_npc->SysBubble()->GetPlayers(clientVec); // what about player drones?  yes...later
                for (auto cur : clientVec) {
                    return;
                }
            } else {
                if (!m_beginFindTarget.Enabled())
                    m_beginFindTarget.Start(m_attackSpeed);  //find target is based on npc attack speed.
            }
        } break;
        case State::Engaged: {
            if (m_npc->TargetMgr()->HasNoTargets()) {
                _log(NPC__AI_TRACE, "%s(%u): Stopped %s, HasNoTargets = true.", m_npc->GetName(), m_npc->GetID(), GetStateName(m_state).c_str());
                SetIdle();
                return;
            }
            SystemEntity* pTarget = m_npc->TargetMgr()->GetFirstTarget(false);
            if (!pTarget) {
                _log(NPC__AI_TRACE, "%s(%u): Stopped %s, GetFirstTarget() returned NULL.", m_npc->GetName(), m_npc->GetID(), GetStateName(m_state).c_str());
                SetIdle();
                return;
            } else if (!pTarget->SysBubble()) {
                ClearTarget(pTarget);
                return;
            }
            CheckDistance(pTarget);
        } break;
        case State::Signaling: {
            _log(NPC__AI_TRACE, "%s(%u): Called %s, needs to be completed.", m_npc->GetName(), m_npc->GetID(), GetStateName(m_state).c_str());
            // not sure how im gonna do this
        } break;
    }
}

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void SentryAI::SetEngaged ( SystemEntity *  pTarget )

protected

Definition at line 159 of file SentryAI.cpp.

References _log, DroneAI::State::Engaged, SystemEntity::GetID(), SystemEntity::GetName(), m_npc, and m_state.

Referenced by CheckDistance().

                                               {
    if (m_state == State::Engaged)
        return;
    _log(NPC__AI_TRACE, "%s(%u): Engaged: Begin engaging.  Target is %s(%u).", \
            m_npc->GetName(), m_npc->GetID(), pTarget->GetName(), pTarget->GetID());
    // actively fighting
    m_state = State::Engaged;
}

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void SentryAI::SetIdle ( )

protected

Definition at line 146 of file SentryAI.cpp.

References _log, Timer::Disable(), SystemEntity::GetID(), SystemEntity::GetName(), PI::Pin::State::Idle, m_beginFindTarget, m_mainAttackTimer, m_npc, m_state, m_warpScramblerTimer, and m_webifierTimer.

Referenced by ClearTarget(), Process(), Target(), Targeted(), and TargetLost().

                       {
    if (m_state == State::Idle) return;
    // not doing anything....idle.
    _log(NPC__AI_TRACE, "%s(%u): Idle: returning to idle.", \
    m_npc->GetName(), m_npc->GetID());
    m_state = State::Idle;

    m_webifierTimer.Disable();
    m_beginFindTarget.Disable();
    m_mainAttackTimer.Disable();
    m_warpScramblerTimer.Disable();
}

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void SentryAI::SetSignaling ( SystemEntity *  pTarget )

protected

Definition at line 168 of file SentryAI.cpp.

References _log, SystemEntity::GetID(), SystemEntity::GetName(), m_npc, m_state, and NPCAI::State::Signaling.

                                                 {
    if (m_state == State::Signaling)
        return;
    _log(NPC__AI_TRACE, "%s(%u): Signaling: Begin signaling.  Target is %s(%u).", \
            m_npc->GetName(), m_npc->GetID(), pTarget->GetName(), pTarget->GetID());
    // actively signaling
    m_state = State::Signaling;
}

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void SentryAI::Target

(

SystemEntity *

by_who

)

Definition at line 213 of file SentryAI.cpp.

References _log, AttrMaxAttackTargets, CheckDistance(), Timer::Disable(), EvilNumber::get_int(), InventoryItem::GetAttribute(), SystemEntity::GetID(), SystemEntity::GetName(), SystemEntity::GetSelf(), GetTargetTime(), m_beginFindTarget, m_npc, m_sightRange, SetIdle(), TargetManager::StartTargeting(), and SystemEntity::TargetMgr().

                                           {
    double targetTime = GetTargetTime();
    bool chase = false;

    if (!m_npc->TargetMgr()->StartTargeting(pTarget, targetTime, (uint8)m_npc->GetSelf()->GetAttribute(AttrMaxAttackTargets).get_int(), m_sightRange, chase)) {
        if (!chase) {
            _log(NPC__AI_TRACE, "%s(%u): Targeting of %s(%u) failed.  Clear Target and Return to Idle.", \
                    m_npc->GetName(), m_npc->GetID(), pTarget->GetName(), pTarget->GetID());
            SetIdle();
        }
        return;
    }
    m_beginFindTarget.Disable();
    CheckDistance(pTarget);
}

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void SentryAI::Targeted

(

SystemEntity *

by_who

)

Todo:

determine if new targetedby entity is weaker than current target. use optimalSigRadius to test for 'optimal' target

Definition at line 229 of file SentryAI.cpp.

References _log, AttrMaxAttackTargets, Timer::Disable(), DroneAI::State::Engaged, EvilNumber::get_int(), InventoryItem::GetAttribute(), SystemEntity::GetID(), SystemEntity::GetName(), SystemEntity::GetSelf(), GetTargetTime(), PI::Pin::State::Idle, m_beginFindTarget, m_npc, m_sightRange, m_state, SetIdle(), NPCAI::State::Signaling, TargetManager::StartTargeting(), and SystemEntity::TargetMgr().

Referenced by Sentry::TargetedAdd().

                                               {
    double targetTime = GetTargetTime();
    switch(m_state) {
        case State::Idle: {
            _log(NPC__AI_TRACE, "%s(%u): Targeted by %s(%u) in Idle. Begin Targeting sequence.", \
                    m_npc->GetName(), m_npc->GetID(), pAgressor->GetName(), pAgressor->GetID());

            bool chase = false;
            if (!m_npc->TargetMgr()->StartTargeting( pAgressor, targetTime, (uint8)m_npc->GetSelf()->GetAttribute(AttrMaxAttackTargets).get_int(), m_sightRange, chase)) {
                if (!chase) {
                    _log(NPC__AI_TRACE, "%s(%u): Targeting of %s(%u) failed.  Clear Target and Return to Idle.", \
                            m_npc->GetName(), m_npc->GetID(), pAgressor->GetName(), pAgressor->GetID());
                    SetIdle();
                }
            }
            m_beginFindTarget.Disable();
        } break;
        case State::Engaged: {
            _log(NPC__AI_TRACE, "%s(%u): Targeted by %s(%u) while engaged.", \
                    m_npc->GetName(), m_npc->GetID(), pAgressor->GetName(), pAgressor->GetID());
        } break;
        case State::Signaling: {
            _log(NPC__AI_TRACE, "%s(%u): Targeted by %s(%u) while signaling.", \
                    m_npc->GetName(), m_npc->GetID(), pAgressor->GetName(), pAgressor->GetID());
        } break;
    }
}

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void SentryAI::TargetLost

(

SystemEntity *

by_who

)

Todo:

engage weakest target in current list

Definition at line 258 of file SentryAI.cpp.

References _log, DroneAI::State::Engaged, SystemEntity::GetID(), SystemEntity::GetName(), TargetManager::HasNoTargets(), m_npc, m_state, SetIdle(), and SystemEntity::TargetMgr().

Referenced by Sentry::TargetLost().

                                               {
    if (m_state == State::Engaged) {
        if (m_npc->TargetMgr()->HasNoTargets()) {
            _log(NPC__AI_TRACE, "%s(%u): Target %s(%u) lost. No targets remain.  Return to Idle.", \
                    m_npc->GetName(), m_npc->GetID(), pTarget->GetName(), pTarget->GetID());
            SetIdle();
        } else {
            _log(NPC__AI_TRACE, "%s(%u): Target %s(%u) lost, but more targets remain.", \
                    m_npc->GetName(), m_npc->GetID(), pTarget->GetName(), pTarget->GetID());
        }
    }
}

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Member Data Documentation

uint16 SentryAI::m_attackSpeed

private

Definition at line 74 of file SentryAI.h.

Referenced by AttackTarget(), CheckDistance(), Process(), and SentryAI().

Timer SentryAI::m_beginFindTarget

private

Definition at line 92 of file SentryAI.h.

Referenced by Process(), SentryAI(), SetIdle(), Target(), and Targeted().

uint16 SentryAI::m_damageMultiplier

private

Definition at line 77 of file SentryAI.h.

Referenced by AttackTarget(), and SentryAI().

uint32 SentryAI::m_falloff

private

Definition at line 80 of file SentryAI.h.

Referenced by GetFalloff(), and SentryAI().

TurretFormulas SentryAI::m_formula

private

Definition at line 88 of file SentryAI.h.

Referenced by AttackTarget().

Timer SentryAI::m_mainAttackTimer

private

Definition at line 91 of file SentryAI.h.

Referenced by Attack(), CheckDistance(), SentryAI(), and SetIdle().

uint32 SentryAI::m_maxAttackRange

private

Definition at line 82 of file SentryAI.h.

Referenced by GetAttackRange(), and SentryAI().

Sentry* SentryAI::m_npc

private

Definition at line 86 of file SentryAI.h.

Referenced by Attack(), AttackTarget(), CheckDistance(), ClearAllTargets(), ClearTarget(), GetTargetTime(), Process(), SetEngaged(), SetIdle(), SetSignaling(), Target(), Targeted(), and TargetLost().

uint16 SentryAI::m_optimalRange

private

Definition at line 76 of file SentryAI.h.

Referenced by GetOptimalRange(), and SentryAI().

uint16 SentryAI::m_preferedSigRadius

private

Definition at line 72 of file SentryAI.h.

Referenced by SentryAI().

Timer SentryAI::m_processTimer

private

Definition at line 90 of file SentryAI.h.

Referenced by Process(), and SentryAI().

uint32 SentryAI::m_sightRange

private

Definition at line 81 of file SentryAI.h.

Referenced by CheckDistance(), SentryAI(), Target(), and Targeted().

uint32 SentryAI::m_sigRadius

private

Definition at line 79 of file SentryAI.h.

Referenced by SentryAI().

State SentryAI::m_state

protected

Definition at line 61 of file SentryAI.h.

Referenced by CheckDistance(), IsFighting(), IsIdle(), Process(), SetEngaged(), SetIdle(), SetSignaling(), Targeted(), and TargetLost().

float SentryAI::m_switchTargChance

private

Definition at line 71 of file SentryAI.h.

Referenced by SentryAI().

uint16 SentryAI::m_targetRange

private

Definition at line 75 of file SentryAI.h.

double SentryAI::m_trackingSpeed

private

Definition at line 84 of file SentryAI.h.

Referenced by GetTrackingSpeed(), and SentryAI().

bool SentryAI::m_useSecondTarget

private

Definition at line 70 of file SentryAI.h.

Referenced by SentryAI().

bool SentryAI::m_useSigRadius

private

Definition at line 68 of file SentryAI.h.

Referenced by SentryAI().

bool SentryAI::m_useTargSwitching

private

Definition at line 69 of file SentryAI.h.

Referenced by SentryAI().

bool SentryAI::m_warpScram

private

Definition at line 67 of file SentryAI.h.

Referenced by SentryAI().

Timer SentryAI::m_warpScramblerTimer

private

Definition at line 93 of file SentryAI.h.

Referenced by SentryAI(), and SetIdle().

bool SentryAI::m_webber

private

Definition at line 66 of file SentryAI.h.

Referenced by SentryAI().

Timer SentryAI::m_webifierTimer

private

Definition at line 94 of file SentryAI.h.

Referenced by SentryAI(), and SetIdle().

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The documentation for this class was generated from the following files:

• /backups/local/src/eve/EvEmu_Crucible/src/eve-server/npc/SentryAI.h
• /backups/local/src/eve/EvEmu_Crucible/src/eve-server/npc/SentryAI.cpp