ShipSE Class Reference

#include "Ship.h"

Inheritance diagram for ShipSE:

Collaboration diagram for ShipSE:

Public Member Functions
	ShipSE (InventoryItemRef self, PyServiceMgr &services, SystemManager *pSystem, const FactionData &data)
virtual	~ShipSE ()
virtual ShipSE *	GetShipSE ()
virtual bool	IsShipSE ()
virtual void	Process ()
virtual void	EncodeDestiny (Buffer &into)
virtual void	MakeDamageState (DoDestinyDamageState &into)
virtual PyDict *	MakeSlimItem ()
virtual void	Killed (Damage &fatal_blow)
virtual void	MissileLaunched (Missile *pMissile)
virtual bool	IsInvul ()
virtual bool	IsFrozen ()
virtual bool	IsLogin ()
virtual void	SetPilot (Client *pClient)
virtual bool	HasPilot ()
virtual Client *	GetPilot ()
void	Dock ()
void	Jump (bool showCloak=true)
void	Warp ()
void	RemoveTarget (SystemEntity *pSE)
void	SetPassword (std::string pass)
void	ClearBoostData ()
bool	IsBoosted ()
void	SetBoost (bool set=false)
void	RemoveBoost ()
void	ApplyBoost (BoostData &bData)
uint8	GetMiningBoostAmount ()
void	PayInsurance ()
void	DamageModule (uint32 modID)
void	DamageRandModule (float chance)
void	ResetShipSystemMgr (SystemManager *pSystem)
void	SaveShip ()
void	UpdateDrones (std::map< int16, int8 > &attribs)
void	AbortCycle ()
void	SetLauncherID (uint32 shipID)
uint32	GetLauncherID ()
ShipItemRef	GetShipItemRef ()
float	CalculateRechargeRate (float Capacity, float RechargeTimeMS, float Current)
void	AbandonDrones ()
bool	LaunchDrone (InventoryItemRef dRef)
void	ScoopDrone (SystemEntity *pSE)
uint8	DroneCount ()
bool	GetFleetSMBUsage ()
void	SetFleetSMBUsage (bool set=false)
Public Member Functions inherited from DynamicSystemEntity
	DynamicSystemEntity (InventoryItemRef self, PyServiceMgr &services, SystemManager *system)
virtual	~DynamicSystemEntity ()
virtual DynamicSystemEntity *	GetDynamicSE ()
virtual bool	IsDynamicEntity ()
virtual void	UpdateDamage ()
virtual bool	Load ()
void	AwardBounty (Client *pClient)
void	SetInvul (bool invul=false)
void	SetFrozen (bool frozen=false)
Public Member Functions inherited from SystemEntity
	SystemEntity (InventoryItemRef self, PyServiceMgr &services, SystemManager *system)
virtual	~SystemEntity ()
virtual bool	ProcessTic ()
virtual SystemEntity *	GetSE ()
virtual StaticSystemEntity *	GetStaticSE ()
virtual StationSE *	GetStationSE ()
virtual PlanetSE *	GetPlanetSE ()
virtual MoonSE *	GetMoonSE ()
virtual StargateSE *	GetGateSE ()
virtual BeltSE *	GetBeltSE ()
virtual ItemSystemEntity *	GetItemSE ()
virtual ContainerSE *	GetContSE ()
virtual WreckSE *	GetWreckSE ()
virtual AnomalySE *	GetAnomalySE ()
virtual WormholeSE *	GetWormholeSE ()
virtual FieldSE *	GetFieldSE ()
virtual ProbeSE *	GetProbeSE ()
virtual ObjectSystemEntity *	GetObjectSE ()
virtual AsteroidSE *	GetAsteroidSE ()
virtual StructureSE *	GetPOSSE ()
virtual StructureSE *	GetJammerSE ()
virtual JumpBridgeSE *	GetJumpBridgeSE ()
virtual StructureSE *	GetOutpostSE ()
virtual TowerSE *	GetTowerSE ()
virtual ArraySE *	GetArraySE ()
virtual WeaponSE *	GetWeaponSE ()
virtual BatterySE *	GetBatterySE ()
virtual DeployableSE *	GetDeployableSE ()
virtual Sentry *	GetSentrySE ()
virtual ModuleSE *	GetModuleSE ()
virtual ReactorSE *	GetReactorSE ()
virtual CustomsSE *	GetCOSE ()
virtual TCUSE *	GetTCUSE ()
virtual SBUSE *	GetSBUSE ()
virtual IHubSE *	GetIHubSE ()
virtual NPC *	GetNPCSE ()
virtual DroneSE *	GetDroneSE ()
virtual Missile *	GetMissileSE ()
virtual Concord *	GetConcordSE ()
virtual bool	isGlobal ()
virtual bool	IsSystemEntity ()
virtual bool	IsInanimateSE ()
virtual bool	IsStaticEntity ()
virtual bool	IsBeltSE ()
virtual bool	IsGateSE ()
virtual bool	IsPlanetSE ()
virtual bool	IsMoonSE ()
virtual bool	IsStationSE ()
virtual bool	IsItemEntity ()
virtual bool	IsAnomalySE ()
virtual bool	IsWormholeSE ()
virtual bool	IsCelestialSE ()
virtual bool	IsContainerSE ()
virtual bool	IsFieldSE ()
virtual bool	IsProbeSE ()
virtual bool	IsObjectEntity ()
virtual bool	IsSentrySE ()
virtual bool	IsPOSSE ()
virtual bool	IsCOSE ()
virtual bool	IsTCUSE ()
virtual bool	IsSBUSE ()
virtual bool	IsIHubSE ()
virtual bool	IsTowerSE ()
virtual bool	IsArraySE ()
virtual bool	IsJammerSE ()
virtual bool	IsWeaponSE ()
virtual bool	IsBatterySE ()
virtual bool	IsModuleSE ()
virtual bool	IsMoonMiner ()
virtual bool	IsOutpostSE ()
virtual bool	IsAsteroidSE ()
virtual bool	IsDeployableSE ()
virtual bool	IsJumpBridgeSE ()
virtual bool	IsReactorSE ()
virtual bool	IsOperSE ()
virtual bool	IsNPCSE ()
virtual bool	IsDroneSE ()
virtual bool	IsWreckSE ()
virtual bool	IsMissileSE ()
virtual bool	IsConcord ()
PyServiceMgr &	GetServices ()
SystemBubble *	SysBubble ()
SystemManager *	SystemMgr ()
TargetManager *	TargetMgr ()
DestinyManager *	DestinyMgr ()
InventoryItemRef	GetSelf ()
uint16	GetTypeID ()
uint32	GetGroupID ()
uint8	GetCategoryID ()
EVEItemFlags	GetFlag ()
uint32	GetID ()
double	GetRadius ()
uint32	GetLocationID ()
const char *	GetName () const
const GPoint &	GetPosition () const
void	SetPosition (const GPoint &pos)
double	x ()
double	y ()
double	z ()
int32	GetAllianceID ()
int32	GetWarFactionID ()
uint32	GetCorporationID ()
uint32	GetOwnerID ()
uint32	GetFleetID ()
void	SetFleetID (uint32 set)
int8	GetHarmonic ()
void	SetHarmonic (int8 set)
void	DropLoot (WreckContainerRef wreckRef, uint32 groupID, uint32 owner)
void	AwardSecurityStatus (InventoryItemRef iRef, Character *pChar)
void	SendDamageStateChanged ()
bool	ApplyDamage (Damage &d)
double	DistanceTo2 (const SystemEntity *other)
PyTuple *	MakeDamageState ()
virtual void	Abandon ()
const bool	IsDead ()
const GVector &	GetVelocity ()
virtual bool	LoadExtras ()
virtual void	Delete ()

Protected Attributes
ShipItemRef	m_shipRef
const uint32	m_processTimerTick
Protected Attributes inherited from SystemEntity
SystemBubble *	m_bubble
SystemManager *	m_system
TargetManager *	m_targMgr
DestinyManager *	m_destiny
PyServiceMgr &	m_services
InventoryItemRef	m_self
bool	m_killed
double	m_radius
int32	m_harmonic
int32	m_warID
int32	m_allyID
uint32	m_corpID
uint32	m_fleetID
uint32	m_ownerID

Private Attributes
ShipDB	m_db
Timer	m_processTimer
uint32	m_podShipID
bool	m_allowFleetSMBUsage
BoostData	m_boost = BoostData()
bool	m_boosted
uint16	m_oldArmor
uint16	m_oldShield
uint16	m_oldScanRes
uint32	m_oldTargetRange
float	m_oldInertia
std::string	m_towerPass
std::map< uint32, InventoryItem * >	m_drones

Detailed Description

Definition at line 301 of file Ship.h.

Constructor & Destructor Documentation

ShipSE::ShipSE	(	InventoryItemRef	self,
		PyServiceMgr &	services,
		SystemManager *	pSystem,
		const FactionData &	data
	)

Definition at line 2390 of file Ship.cpp.

References _log, FactionData::allianceID, FactionData::corporationID, FactionData::factionID, SystemEntity::m_allyID, m_boost, SystemEntity::m_corpID, SystemEntity::m_ownerID, m_processTimer, m_processTimerTick, m_towerPass, SystemEntity::m_warID, FactionData::ownerID, and Timer::Start().

: DynamicSystemEntity(self, services, pSystem),
m_shipRef(ShipItemRef::StaticCast(self)),
m_processTimerTick(SHIP_PROCESS_TICK_MS),   //5s
m_processTimer(SHIP_PROCESS_TICK_MS),
m_oldArmor(0),
m_oldShield(0),
m_oldScanRes(0),
m_oldInertia(0.0f),
m_oldTargetRange(0),
m_boosted(false),
m_podShipID(0),
m_allowFleetSMBUsage(false)
{
    m_warID = data.factionID;
    m_allyID = data.allianceID;
    m_corpID = data.corporationID;
    m_ownerID = data.ownerID;

    m_boost = BoostData();

    m_towerPass = "";
    m_processTimer.Start(m_processTimerTick);
    _log(SHIP__TRACE, "Created ShipSE %p for item %u", this, self->itemID());
}

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virtual ShipSE::~ShipSE ( )

inlinevirtual

Definition at line 306 of file Ship.h.

{ /* do nothing here */ }

Member Function Documentation

void ShipSE::AbandonDrones

(

)

Definition at line 2853 of file Ship.cpp.

References DroneSE::Abandon(), AttrDroneBandwidthLoad, AttrDroneBandwidthUsed, InventoryItem::GetAttribute(), SystemEntity::GetDroneSE(), SystemManager::GetSE(), SystemEntity::GetSelf(), SystemEntity::IsDroneSE(), m_drones, m_shipRef, SystemEntity::m_system, and InventoryItem::SetAttribute().

Referenced by Killed().

                           {
    SystemEntity* pSE(nullptr);
    EvilNumber load = m_shipRef->GetAttribute(AttrDroneBandwidthLoad);
    for (auto cur : m_drones) {
        pSE = m_system->GetSE(cur.first);
        if (pSE != nullptr)
            if (pSE->IsDroneSE()) {
                pSE->GetDroneSE()->Abandon();
                load -= pSE->GetSelf()->GetAttribute(AttrDroneBandwidthUsed);
            }
    }
    m_shipRef->SetAttribute(AttrDroneBandwidthLoad, load, false); // client dont care
}

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void ShipSE::AbortCycle ( )

inline

Definition at line 356 of file Ship.h.

References ShipItem::AbortCycle(), and m_shipRef.

Referenced by Killed().

{ m_shipRef->AbortCycle(); }

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void ShipSE::ApplyBoost

(

BoostData &

bData

)

Definition at line 2757 of file Ship.cpp.

References _log, BoostData::armored, AttrArmorHP, AttrInetia, AttrMaxTargetRange, AttrScanResolution, AttrShieldCapacity, EvilNumber::get_float(), EvilNumber::get_uint32(), InventoryItem::GetAttribute(), SystemEntity::GetID(), SystemEntity::GetName(), BoostData::info, BoostData::leader, m_boost, m_boosted, SystemEntity::m_destiny, m_oldArmor, m_oldInertia, m_oldScanRes, m_oldShield, m_oldTargetRange, m_shipRef, RemoveBoost(), InventoryItem::SetAttribute(), BoostData::siege, BoostData::skirmish, and DestinyManager::UpdateShipVariables().

Referenced by Client::ProcessClient().

{
    // note:  mining boost applied in mining module code

    // remove existing boost
    if (m_boosted)
        RemoveBoost();

    _log( FLEET__TRACE, "ShipSE::ApplyBoost() - %s(%u)", GetName(), GetID());

    m_boost             = bData;
    m_oldArmor          = m_shipRef->GetAttribute(AttrArmorHP).get_uint32();
    m_oldInertia        = m_shipRef->GetAttribute(AttrInetia).get_float();
    m_oldShield         = m_shipRef->GetAttribute(AttrShieldCapacity).get_uint32();
    m_oldScanRes        = m_shipRef->GetAttribute(AttrScanResolution).get_uint32();
    m_oldTargetRange    = m_shipRef->GetAttribute(AttrMaxTargetRange).get_uint32();

    uint16 armorHP      = m_oldArmor       * (1.0f + (0.02f * m_boost.armored)); // 2% increase/level
    uint16 shieldHP     = m_oldShield      * (1.0f + (0.02f * m_boost.siege));// 2% increase/level
    uint16 scanRes      = m_oldScanRes     * (1.0f + (0.02f * m_boost.leader));// 2% increase/level
    uint32 targRange    = m_oldTargetRange * (1.0f + (0.02f * m_boost.info));// 2% increase/level
    float inertia       = m_oldInertia     * (1.0f - (0.02f * m_boost.skirmish));// 2% decrease/level

    m_shipRef->SetAttribute(AttrInetia, inertia);   // lower inertia = lower agility = faster ship
    m_shipRef->SetAttribute(AttrArmorHP, armorHP);
    m_shipRef->SetAttribute(AttrScanResolution, scanRes);  // higher scanRes = faster targeting
    m_shipRef->SetAttribute(AttrShieldCapacity, shieldHP);
    m_shipRef->SetAttribute(AttrMaxTargetRange, targRange);

    m_destiny->UpdateShipVariables();

    m_boosted = true;
}

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float ShipSE::CalculateRechargeRate	(	float	Capacity,
		float	RechargeTimeMS,
		float	Current
	)

Definition at line 2416 of file Ship.cpp.

Referenced by Process().

{
    // C = Cmax * [ 1 + ( SQRT(C0/Cmax) - 1) * EXP((t0-t1)/tau) ] ^ 2
    // dC/dt = (SQRT(C/Cmax) - C/Cmax) * 2 * Cmax / tau
    // tau = "Cap Recharge Time" / 5.0

    // prevent divide by zero.
    RechargeTimeMS = (RechargeTimeMS < 1 ? 1 : RechargeTimeMS);
    Current = (Current < 1 ? 1 : Current);
    float Cmax = (Capacity < 1 ? 1 : Capacity);

    // tau = "cap recharge time" / 5.0
    float tau = (RechargeTimeMS / 5000.0);
    // (2*Cmax) / tau
    float Cmax2_tau = ((Cmax * 2) / tau);
    float C = Current;
    // C / Cmax
    float C_Cmax = (C / Cmax);
    // sqrt( C / Cmax)
    float sC_Cmax = sqrt(C_Cmax);
    // charge rate in Gj / sec
    return (Cmax2_tau * (sC_Cmax - C_Cmax));
}

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void ShipSE::ClearBoostData

(

)

Definition at line 2730 of file Ship.cpp.

References m_boost, m_boosted, m_oldArmor, m_oldInertia, m_oldScanRes, m_oldShield, and m_oldTargetRange.

Referenced by RemoveBoost().

{
    m_oldArmor       = 0;
    m_oldShield      = 0;
    m_oldScanRes     = 0;
    m_oldInertia     = 0.0f;
    m_oldTargetRange = 0;

    m_boost = BoostData();
    m_boosted = false;
}

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void ShipSE::DamageModule ( uint32  modID )

inline

Definition at line 349 of file Ship.h.

References ShipItem::DamageModule(), and m_shipRef.

{ m_shipRef->DamageModule(modID); }

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void ShipSE::DamageRandModule

(

float

chance

)

Definition at line 2494 of file Ship.cpp.

References ShipItem::DamageRandModule(), m_shipRef, and MakeRandomFloat().

Referenced by SystemEntity::ApplyDamage().

{
    if (chance == 0)
        return;
    if (chance > MakeRandomFloat())
        m_shipRef->DamageRandModule();
}

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void ShipSE::Dock

(

)

Definition at line 2543 of file Ship.cpp.

References TargetManager::ClearAllTargets(), TargetManager::ClearModules(), ShipItem::Dock(), m_shipRef, and SystemEntity::m_targMgr.

Referenced by Client::DockToStation().

                  {
    if (m_targMgr != nullptr) {
        m_targMgr->ClearModules();
        m_targMgr->ClearAllTargets(false);
        //m_targMgr->OnTarget(nullptr, TargMgr::Mode::Clear, TargMgr::Msg::Docking);
    }

    m_shipRef->Dock();
}

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uint8 ShipSE::DroneCount ( )

inline

Definition at line 370 of file Ship.h.

References m_drones.

{ return m_drones.size(); }

void ShipSE::EncodeDestiny ( Buffer &  into )

virtual

Reimplemented from DynamicSystemEntity.

Definition at line 2579 of file Ship.cpp.

References _log, Destiny::MassSector::allianceID, Buffer::Append(), Destiny::MassSector::cloak, Destiny::MassSector::corporationID, Destiny::WARP_Struct::effectStamp, Destiny::BallHeader::entityID, Destiny::BallHeader::flags, Destiny::Ball::Mode::FOLLOW, Destiny::FOLLOW_Struct::followID, Destiny::WARP_Struct::followID, Destiny::FOLLOW_Struct::followRange, Destiny::WARP_Struct::followRange, Destiny::ORBIT_Struct::followRange, Destiny::GOTO_Struct::formationID, Destiny::FOLLOW_Struct::formationID, Destiny::STOP_Struct::formationID, Destiny::WARP_Struct::formationID, Destiny::ORBIT_Struct::formationID, DestinyManager::GetFollowDistance(), SystemEntity::GetID(), DestinyManager::GetInertia(), DestinyManager::GetMass(), DestinyManager::GetMaxVelocity(), SystemEntity::GetName(), SystemEntity::GetRadius(), DestinyManager::GetSpeedFraction(), DestinyManager::GetState(), DestinyManager::GetTargetID(), DestinyManager::GetTargetPoint(), DestinyManager::GetVelocity(), DestinyManager::GetWarpSpeed(), Destiny::Ball::Mode::GOTO, Destiny::MassSector::harmonic, InventoryItem::HasPilot(), Destiny::DataSector::inertia, IsAlliance, DestinyManager::IsCloaked(), Destiny::Ball::Flag::IsFree, Destiny::Ball::Flag::IsInteractive, SystemEntity::m_allyID, SystemEntity::m_corpID, SystemEntity::m_destiny, SystemEntity::m_harmonic, SystemEntity::m_self, main(), Destiny::MassSector::mass, Destiny::DataSector::maxSpeed, Destiny::BallHeader::mode, Destiny::Ball::Mode::ORBIT, Destiny::BallHeader::posX, Destiny::BallHeader::posY, Destiny::BallHeader::posZ, Destiny::BallHeader::radius, Destiny::WARP_Struct::speed, Destiny::DataSector::speedfraction, Destiny::ORBIT_Struct::targetID, Destiny::WARP_Struct::targX, Destiny::WARP_Struct::targY, Destiny::WARP_Struct::targZ, Destiny::DataSector::velX, Destiny::DataSector::velY, Destiny::DataSector::velZ, Destiny::Ball::Mode::WARP, Destiny::GOTO_Struct::x, Ga::GaVec3::x, SystemEntity::x(), Destiny::GOTO_Struct::y, Ga::GaVec3::y, SystemEntity::y(), Destiny::GOTO_Struct::z, Ga::GaVec3::z, and SystemEntity::z().

                                        {
    using namespace Destiny;

    uint8 mode = m_destiny->GetState(); //Ball::Mode::STOP;
/*
    NameStruct name;
        name.name = GetName();
        name.name_len = sizeof(name.name);
  */
    BallHeader head = BallHeader();
        head.entityID = GetID();
        head.mode = mode;
        head.radius = GetRadius();
        head.posX = x();
        head.posY = y();
        head.posZ = z();
        if (m_self->HasPilot()) {
            head.flags = Ball::Flag::IsInteractive | Ball::Flag::IsFree;
        } else {
            head.flags = Ball::Flag::IsFree;
        }
    into.Append( head);
    MassSector mass = MassSector();
        mass.mass = m_destiny->GetMass();
        mass.cloak = (m_destiny->IsCloaked() ? 1 : 0);
        mass.harmonic = m_harmonic;
        mass.corporationID = m_corpID;
        mass.allianceID = (IsAlliance(m_allyID) ? m_allyID : -1);
    into.Append( mass);
    DataSector data = DataSector();
        data.inertia = m_destiny->GetInertia();
        data.maxSpeed = m_destiny->GetMaxVelocity();
        data.velX = m_destiny->GetVelocity().x;
        data.velY = m_destiny->GetVelocity().y;
        data.velZ = m_destiny->GetVelocity().z;
        data.speedfraction = m_destiny->GetSpeedFraction();
    into.Append( data);
    switch (mode) {
        case Ball::Mode::WARP: {
            GPoint target = m_destiny->GetTargetPoint();
            WARP_Struct warp;
                warp.formationID = 0xFF;
                warp.targX = target.x;
                warp.targY = target.y;
                warp.targZ = target.z;
                warp.speed = m_destiny->GetWarpSpeed();       //ship warp speed x10  (dont ask...this is what it is...more dumb ccp shit)
                // warp timing.  see ShipSE::EncodeDestiny() for notes/updates
                warp.effectStamp = -1; //m_destiny->GetStateStamp();   //timestamp when warp started
                warp.followRange = 0;   //this isnt right
                warp.followID = 0;  //this isnt right
            into.Append(warp);
        }  break;
        case Ball::Mode::FOLLOW: {
            FOLLOW_Struct follow;
                follow.followID = m_destiny->GetTargetID();
                follow.followRange = m_destiny->GetFollowDistance();
                follow.formationID = 0xFF;
            into.Append(follow);
        }  break;
        case Ball::Mode::ORBIT: {
            ORBIT_Struct orbit;
                orbit.targetID = m_destiny->GetTargetID();
                orbit.followRange = m_destiny->GetFollowDistance();
                orbit.formationID = 0xFF;
            into.Append(orbit);
        }  break;
        case Ball::Mode::GOTO: {
            GPoint target = m_destiny->GetTargetPoint();
            GOTO_Struct go;
                go.formationID = 0xFF;
                go.x = target.x;
                go.y = target.y;
                go.z = target.z;
            into.Append(go);
        }  break;
        default: {
            STOP_Struct main;
                main.formationID = 0xFF;
            into.Append(main);
        } break;
    }

    std::string modeStr = "Goto";
    switch (mode) {
        case 1: modeStr = "Follow"; break;
        case 2: modeStr = "Stop"; break;
        case 3: modeStr = "Warp"; break;
        case 4: modeStr = "Orbit"; break;
        case 5: modeStr = "Missile"; break;
        case 6: modeStr = "Mushroom"; break;
        case 7: modeStr = "Boid"; break;
        case 8: modeStr = "Troll"; break;
        case 9: modeStr = "Miniball"; break;
        case 10: modeStr = "Field"; break;
        case 11: modeStr = "Rigid"; break;
        case 12: modeStr = "Formation"; break;
    }

    _log(SE__DESTINY, "ShipSE::EncodeDestiny(): %s - id:%li, mode:%s, flags:0x%X, Vel:%.1f, %.1f, %.1f", \
            GetName(), head.entityID, modeStr.c_str(), head.flags, data.velX, data.velY, data.velZ);
}

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bool ShipSE::GetFleetSMBUsage ( )

inline

Definition at line 372 of file Ship.h.

References m_allowFleetSMBUsage.

{ return m_allowFleetSMBUsage; }

uint32 ShipSE::GetLauncherID ( )

inline

Definition at line 360 of file Ship.h.

References m_podShipID.

Referenced by DestinyManager::UpdateNewShip().

{ return m_podShipID; }

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uint8 ShipSE::GetMiningBoostAmount ( )

inline

Definition at line 345 of file Ship.h.

References m_boost, and BoostData::mining.

{ return m_boost.mining; }

virtual Client* ShipSE::GetPilot ( )

inlinevirtual

Reimplemented from SystemEntity.

Definition at line 331 of file Ship.h.

References RefPtr< X >::get(), ShipItem::GetPilot(), and m_shipRef.

Referenced by LaunchDrone().

{ return ((m_shipRef.get() == nullptr) ? nullptr : m_shipRef->GetPilot()); }

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ShipItemRef ShipSE::GetShipItemRef ( )

inline

Definition at line 362 of file Ship.h.

References m_shipRef.

Referenced by SystemEntity::ApplyDamage(), Client::Board(), Killed(), Missile::Missile(), DestinyManager::Undock(), SystemManager::UnloadSystem(), and DestinyManager::UpdateOldShip().

{ return m_shipRef; }

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virtual ShipSE* ShipSE::GetShipSE ( )

inlinevirtual

Reimplemented from SystemEntity.

Definition at line 309 of file Ship.h.

{ return this; }

virtual bool ShipSE::HasPilot ( )

inlinevirtual

Reimplemented from SystemEntity.

Definition at line 330 of file Ship.h.

References RefPtr< X >::get(), ShipItem::HasPilot(), and m_shipRef.

{ return ((m_shipRef.get() == nullptr) ? false : m_shipRef->HasPilot()); }

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bool ShipSE::IsBoosted ( )

inline

Definition at line 341 of file Ship.h.

References m_boosted.

{ return m_boosted; }

virtual bool ShipSE::IsFrozen ( )

inlinevirtual

Reimplemented from DynamicSystemEntity.

Definition at line 325 of file Ship.h.

{ return false; }

bool ShipSE::IsInvul ( )

virtual

Reimplemented from DynamicSystemEntity.

Definition at line 2529 of file Ship.cpp.

References ShipItem::GetPilot(), ShipItem::HasPilot(), Client::IsInvul(), and m_shipRef.

{
    if (m_shipRef->HasPilot())
        return m_shipRef->GetPilot()->IsInvul();
    return false;
}

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bool ShipSE::IsLogin ( )

virtual

Reimplemented from SystemEntity.

Definition at line 2536 of file Ship.cpp.

References ShipItem::GetPilot(), ShipItem::HasPilot(), Client::IsLogin(), and m_shipRef.

{
    if (m_shipRef->HasPilot())
        return m_shipRef->GetPilot()->IsLogin();
    return false;
}

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virtual bool ShipSE::IsShipSE ( )

inlinevirtual

Reimplemented from SystemEntity.

Definition at line 311 of file Ship.h.

{ return true; }

void ShipSE::Jump

(

bool

showCloak = true

)

Definition at line 2553 of file Ship.cpp.

References TargetManager::ClearAllTargets(), TargetManager::ClearModules(), ShipItem::Jump(), DestinyManager::Jump(), SystemEntity::m_destiny, m_shipRef, and SystemEntity::m_targMgr.

Referenced by Client::ExecuteDriveJump(), and Client::ExecuteJump().

                                {
    if (m_targMgr != nullptr) {
        m_targMgr->ClearModules();
        m_targMgr->ClearAllTargets(false);
        //m_targMgr->OnTarget(nullptr, TargMgr::Mode::Clear, TargMgr::Msg::Jumping);
    }

    m_shipRef->Jump();
    m_destiny->Jump(showCloak);
}

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void ShipSE::Killed ( Damage &  fatal_blow )

virtual

Todo:

make error here

Todo:

make error msg here

Todo:

(allan) check for faction/corp status modifiers here.

Reimplemented from SystemEntity.

Definition at line 373 of file Damage.cpp.

References _log, AbandonDrones(), AbortCycle(), MapDB::AddFactionKill(), MapDB::AddKill(), MapDB::AddPodKill(), DBSystemDynamicEntity::allianceID, AttrArmorHP, AttrHP, AttrShieldCapacity, EVEDB::invGroups::Biomass, EVEDB::invCategories::Blueprint, SystemManager::BuildDynamicEntity(), DBSystemDynamicEntity::categoryID, EVEDB::invCategories::Celestial, DBSystemDynamicEntity::corporationID, SystemEntity::DropLoot(), DBSystemDynamicEntity::factionID, CharKillData::finalAllianceID, CharKillData::finalCharacterID, CharKillData::finalCorporationID, CharKillData::finalDamageDone, CharKillData::finalFactionID, CharKillData::finalSecurityStatus, CharKillData::finalShipTypeID, CharKillData::finalWeaponTypeID, flagNone, EvilNumber::get_int(), SystemEntity::GetAllianceID(), InventoryItem::GetAttribute(), Client::GetChar(), Client::GetCharacterID(), SystemEntity::GetCorporationID(), SystemEntity::GetDroneSE(), GetFileTimeNow(), SystemManager::GetID(), SystemEntity::GetID(), Inventory::GetInventoryMap(), SystemEntity::GetLocationID(), InventoryItem::GetMyInventory(), SystemEntity::GetName(), DroneSE::GetOwner(), InventoryItem::GetPilot(), SystemEntity::GetPilot(), DestinyManager::GetPosition(), Client::GetSecurityRating(), GetShipItemRef(), SystemManager::GetSystemSecurityRating(), Damage::GetTotal(), SystemEntity::GetTypeID(), SystemEntity::GetWarFactionID(), InventoryItem::groupID(), DBSystemDynamicEntity::groupID, InventoryItem::HasPilot(), SystemEntity::HasPilot(), is_log_enabled, SystemEntity::IsDroneSE(), IsEven(), Ga::GaVec3::isNaN(), IsRigSlot, IsWreckTypeID, InventoryItem::itemID(), DBSystemDynamicEntity::itemID, InventoryItem::itemName(), DBSystemDynamicEntity::itemName, itoa(), CharKillData::killBlob, CharKillData::killTime, SystemEntity::m_allyID, SystemEntity::m_bubble, SystemEntity::m_corpID, SystemEntity::m_destiny, SystemEntity::m_ownerID, SystemEntity::m_self, m_shipRef, SystemEntity::m_system, SystemEntity::m_warID, MakeRandomFloat(), MakeRandomInt(), GPoint::MakeRandomPointOnSphere(), CharKillData::moonID, InventoryItem::name(), DBSystemDynamicEntity::ownerID, Character::PayBounty(), PayInsurance(), DBSystemDynamicEntity::position, InventoryItem::radius(), sConfig, sDataMgr, Character::secStatusChange(), DestinyManager::SendJettisonPacket(), ShipItem::SetPopped(), sItemFactory, sLog, CharKillData::solarSystemID, Damage::srcSE, RefPtr< X >::StaticCast(), EvE::traceStack(), InventoryItem::typeID(), DBSystemDynamicEntity::typeID, CharKillData::victimAllianceID, CharKillData::victimCharacterID, CharKillData::victimCorporationID, CharKillData::victimDamageTaken, CharKillData::victimFactionID, CharKillData::victimShipTypeID, Damage::weaponRef, EVEDB::invGroups::Wreck, Ga::GaVec3::x, SystemEntity::x(), Ga::GaVec3::y, SystemEntity::y(), Ga::GaVec3::z, and SystemEntity::z().

                                      {
    if ((m_bubble == nullptr) or (m_destiny == nullptr) or (m_system == nullptr))
        return; // make error here?

    m_shipRef->SetPopped(true);

    /* {'messageKey': 'ShipExploded', 'dataID': 17881627, 'suppressable': True, 'bodyID': 258841, 'messageType': 'info', 'urlAudio': '', 'urlIcon': '', 'titleID': 258840, 'messageID': 1558}
     * u'ShipExplodedBody'}(u'Your ship has been destroyed by {[character]charID.name}.', None, {u'{[character]charID.name}': {'conditionalValues': [], 'variableType': 0, 'propertyName': 'name', 'args': 0, 'kwargs': {}, 'variableName': 'charID'}})
     */
    uint32 killerID = 0, locationID = GetLocationID();
    Client* pClient(nullptr);
    SystemEntity* killer(fatal_blow.srcSE);

    if (killer->HasPilot()) {
        pClient = killer->GetPilot();
        killerID = pClient->GetCharacterID();
    } else if (killer->IsDroneSE()) {
        pClient = killer->GetDroneSE()->GetOwner();
        if (pClient == nullptr) {
            sLog.Error("Ship::Killed()", "killer == IsDrone and pPlayer == nullptr");
            EvE::traceStack();
        } else {
            killerID = pClient->GetCharacterID();
        }
    } else {
        killerID = killer->GetID();
    }

    // AttrFwLpKill

    //  log faction kill in dynamic data   -allan
    MapDB::AddKill(locationID);
    MapDB::AddFactionKill(locationID);

    // set up basic wreck data
    GPoint wreckPosition = m_destiny->GetPosition();
    if (wreckPosition.isNaN()) {
        sLog.Error("Ship::Killed()", "Wreck Position is NaN");
        return;
    }
    uint32 wreckTypeID = sDataMgr.GetWreckID(m_self->typeID());
    if (!IsWreckTypeID(wreckTypeID)) {
        sLog.Error("Ship::Killed()", "Could not get wreckType for %s of type %u", m_self->name(), m_self->typeID());
        // default to generic frigate wreck till i get better checks and/or complete wreck data
        wreckTypeID = 26557;
    }

    std::string wreck_name = m_self->itemName() + " Wreck";

    if (!m_self->HasPilot()) {
        // Spawn a wreck for the Ship that was destroyed:
        ItemData wreckItemData(wreckTypeID, killerID, locationID, flagNone, wreck_name.c_str(), wreckPosition, itoa(m_allyID));
        WreckContainerRef wreckItemRef = sItemFactory.SpawnWreckContainer( wreckItemData );
        if (wreckItemRef.get() == nullptr) {
            sLog.Error("Ship::Killed()", "Creating Wreck Item Failed for %s of type %u", wreck_name.c_str(), wreckTypeID);
            return;
        }

        if (is_log_enabled(PHYSICS__TRACE))
            _log(PHYSICS__TRACE, "Ship::Killed() - Ship %s(%u) Position: %.2f,%.2f,%.2f.  Wreck %s(%u) Position: %.2f,%.2f,%.2f.", \
                    GetName(), GetID(), x(), y(), z(), wreckItemRef->name(), wreckItemRef->itemID(), wreckPosition.x, wreckPosition.y, wreckPosition.z);

        DBSystemDynamicEntity wreckEntity = DBSystemDynamicEntity();
            wreckEntity.allianceID = killer->GetAllianceID();
            wreckEntity.categoryID = EVEDB::invCategories::Celestial;
            wreckEntity.corporationID = killer->GetCorporationID();
            wreckEntity.factionID = sDataMgr.GetWreckFaction(wreckTypeID);
            wreckEntity.groupID = EVEDB::invGroups::Wreck;
            wreckEntity.itemID = wreckItemRef->itemID();
            wreckEntity.itemName = wreck_name;
            wreckEntity.ownerID = killerID;
            wreckEntity.typeID = wreckTypeID;
            wreckEntity.position = wreckPosition;

        if (!m_system->BuildDynamicEntity(wreckEntity, m_self->itemID())) {
            sLog.Error("Ship::Killed()", "Spawning Wreck Failed: typeID or typeName not supported: '%u'", wreckTypeID);
            ;   //  PyException( MakeCustomError ( "Spawning Wreck Failed: typeID or typeName not supported." ) );
            wreckItemRef->Delete();
            return;
        }

        m_destiny->SendJettisonPacket();
        // wreck was created successfully.  drop loot and add to wreck.
        DropLoot(wreckItemRef, m_self->groupID(), killerID);

        return;
    }

    Client* pPilot(m_self->GetPilot());
    if (pPilot == nullptr)
        return;    //  make error here

    if (pClient != nullptr)
        if (m_system->GetSystemSecurityRating() > 0) {
            /* http://www.eveinfo.net/wiki/ind~4067.htm
             *  relative_sec_status_penalty = base_penalty * system_truesec * (1 + (victim_sec_status - agressor_sec_status) / 90)
             *  The actual drop in security status seen by the attacker is a function of their current security status and the relative penalty:
             *  security status loss = relative_penalty * (agressor_sec_status + 10)
             */
            double modifier = (1 + ((pPilot->GetSecurityRating() - pClient->GetSecurityRating()) / 90));
            double penalty = 6.0f * m_system->GetSystemSecurityRating() * modifier;
            double loss = penalty * ( pClient->GetSecurityRating() + 10);
            loss *= sConfig.rates.secRate;
            pClient->GetChar()->secStatusChange( loss );
        }

    /* populate kill data for killMail and save to db  -allan 01May16  --updated 13July17 */
    CharKillData data = CharKillData();
        data.solarSystemID = m_system->GetID();
        data.victimCharacterID = pPilot->GetCharacterID();
        data.victimCorporationID = m_corpID;
        data.victimAllianceID = m_allyID;
        data.victimFactionID = m_warID;
        data.victimShipTypeID = m_self->typeID();

        data.finalCharacterID = killerID;
        data.finalCorporationID = killer->GetCorporationID();
        data.finalAllianceID = killer->GetAllianceID();
        data.finalFactionID = (killer->GetWarFactionID() > 500021 ? 500021 : killer->GetWarFactionID());
        data.finalShipTypeID = killer->GetTypeID();
        data.finalWeaponTypeID = fatal_blow.weaponRef->typeID();
        data.finalSecurityStatus = 0;   /* fix this */
        data.finalDamageDone = fatal_blow.GetTotal();

        uint32 totalHP = m_self->GetAttribute(AttrHP).get_int();
            totalHP += m_self->GetAttribute(AttrArmorHP).get_int();
            totalHP += m_self->GetAttribute(AttrShieldCapacity).get_int();
        data.victimDamageTaken = totalHP;

    std::stringstream blob;
    std::vector<InventoryItemRef> survivedItems;
    if (pPilot->InPod()) {
        blob << "<items><i t=" << data.victimShipTypeID << " f=0 s=1 d=0 x=1/></items>";
    } else {
        AbortCycle();
        AbandonDrones();

        // remove all charges (per packet data)  ...why???
        //GetShipItemRef()->UnloadAllModules();

        blob << "<items>";
        /* killBlob contains destroyed/dropped items. u'<items><i t=3651 f=0 d=0 x=1/><i t=3634 f=0 d=0 x=1/></items>'  -allan 13July17
            " i*" tag is decoded as follows:
                t = item.typeID
                f = item.flag
                s = item.singleton
                d = item.qtyDropped
                x = item.qtyDestroyed
        */
        std::map<uint32, InventoryItemRef> deadShipInventory;
        deadShipInventory.clear();
        GetShipItemRef()->GetMyInventory()->GetInventoryMap(deadShipInventory);
        if (deadShipInventory.empty()) {
            blob << "<i t=" << data.victimShipTypeID << " f=0 s=1 d=0 x=1/>";
        } else {
            uint32 s = 0, d = 0, x = 0;
            for (auto cur : deadShipInventory) {
                d = 0;
                x = cur.second->quantity();
                s = (cur.second->isSingleton() ? 1 : 0);
                if (cur.second->categoryID() == EVEDB::invCategories::Blueprint) {
                    // singleton for bpo = 1, bpc = 2.
                    BlueprintRef bpRef = BlueprintRef::StaticCast(cur.second);
                    s = (bpRef->copy() ? 2 : s);
                }

                blob << "<i t=" << cur.second->typeID() << " f=" << cur.second->flag() << " s=" << s ;
                // all contained items have 50% chance of drop, except rigs, which do not survive
                // todo:  add damage to item, if applicable, from ship explosion
                //cur.second->SetAttribute(AttrDamage, 5);
                if (IsRigSlot(cur.second->flag())) {
                    /* just avoiding survive check */;
                } else if (IsEven(MakeRandomInt(0, 100))) {
                    // item survived.  check qty for drop
                    if (x > 1) {
                        d = MakeRandomInt(0, x);
                        x -= d;
                    }
                    // move item to vector for insertion into wreck later on
                    survivedItems.push_back(cur.second);
                }
                blob << " d=" << d << " x=" << x << "/>";
            }
        }
        blob << "</items>";
    }

    data.killBlob = blob.str().c_str();
    data.killTime = GetFileTimeNow();
    data.moonID = 0;

    pPilot->GetChar()->LogKill(data);

    if (pPilot->InPod()) {
        // log podKill
        MapDB::AddPodKill(locationID);

        if (pClient != nullptr)
            pClient->GetChar()->PayBounty(pPilot->GetChar());

        std::string corpse_name = pPilot->GetName();
        corpse_name += "'s Frozen Corpse";
        uint32 corpseTypeID = 10041; // typeID from 'invTypes' table for "Frozen Corpse"
        ItemData corpseItemData(corpseTypeID, m_ownerID, locationID, flagNone, corpse_name.c_str(), wreckPosition);
        InventoryItemRef corpseItemRef = sItemFactory.SpawnItem( corpseItemData );
        if (corpseItemRef.get() == nullptr) {
            sLog.Error("Ship::Killed()", "Creating Corpse Item Failed for %s of type %u", corpse_name.c_str(), corpseTypeID);
            DBSystemDynamicEntity corpseEntity = DBSystemDynamicEntity();
            corpseEntity.allianceID = m_allyID;
            corpseEntity.categoryID = EVEDB::invCategories::Celestial;
            corpseEntity.corporationID = m_corpID;
            corpseEntity.factionID = m_warID;
            corpseEntity.groupID = EVEDB::invGroups::Biomass;
            corpseEntity.itemID = corpseItemRef->itemID();
            corpseEntity.itemName = corpse_name;
            corpseEntity.ownerID = 1;   //would this be 'owned' by killer?
            corpseEntity.typeID = corpseTypeID;
            corpseEntity.position = wreckPosition;
            if (!m_system->BuildDynamicEntity(corpseEntity)) {
                sLog.Error("Ship::Killed()", "Spawning Corpse Failed: typeID or typeName not supported: '%u'", corpseTypeID);
            } else if (is_log_enabled(PHYSICS__TRACE)) {
                _log(PHYSICS__TRACE, "Ship::Killed() - Pod %s(%u) Position: %.2f,%.2f,%.2f.  Corpse %s(%u) Position: %.2f,%.2f,%.2f.", \
                    GetName(), GetID(), x(), y(), z(), corpseItemRef->name(), corpseItemRef->itemID(), wreckPosition.x, wreckPosition.y, wreckPosition.z);
            }
        }

        // this method will reset char variables to last clone state after being podded.  NOTE  *** NOT TESTED YET ***
        pPilot->ResetAfterPodded();
    } else {
        PayInsurance();

        m_destiny->SendJettisonPacket();

        uint16 groupID = m_self->groupID();
        GPoint podPosition(wreckPosition);
        podPosition.MakeRandomPointOnSphere(GetShipItemRef()->radius() + pPilot->GetPod()->radius() + MakeRandomFloat(100, 200));
        // this resets client ship data
        pPilot->ResetAfterPopped(podPosition);

        ItemData wreckItemData(wreckTypeID, pPilot->GetCharacterID(), locationID, flagNone, wreck_name.c_str(), wreckPosition, itoa(m_allyID));
        WreckContainerRef wreckItemRef = sItemFactory.SpawnWreckContainer( wreckItemData );
        if (wreckItemRef.get() == nullptr) {
            sLog.Error("Ship::Killed()", "Creating Wreck Item Failed for %s of type %u", wreck_name.c_str(), wreckTypeID);
            return;
        }

        if (is_log_enabled(PHYSICS__TRACE))
            _log(PHYSICS__TRACE, "Ship::Killed() - Ship %s(%u) Position: %.2f,%.2f,%.2f.  Wreck %s(%u) Position: %.2f,%.2f,%.2f.", \
            GetName(), GetID(), x(), y(), z(), wreckItemRef->name(), wreckItemRef->itemID(), wreckPosition.x, wreckPosition.y, wreckPosition.z);

        DBSystemDynamicEntity wreckEntity = DBSystemDynamicEntity();
            wreckEntity.allianceID = killer->GetAllianceID();
            wreckEntity.categoryID = EVEDB::invCategories::Celestial;
            wreckEntity.corporationID = killer->GetCorporationID();
            wreckEntity.factionID = sDataMgr.GetWreckFaction(wreckTypeID);
            wreckEntity.groupID = EVEDB::invGroups::Wreck;
            wreckEntity.itemID = wreckItemRef->itemID();
            wreckEntity.itemName = wreck_name;
            wreckEntity.ownerID = pPilot->GetCharacterID();
            wreckEntity.typeID = wreckTypeID;
            wreckEntity.position = wreckPosition;

        if (!m_system->BuildDynamicEntity(wreckEntity, m_self->itemID())) {
            sLog.Error("Ship::Killed()", "Spawning Wreck Failed for typeID %u", wreckTypeID);
            wreckItemRef->Delete();
            return;
        }

        DropLoot(wreckItemRef, groupID, killerID);

        for (auto cur: survivedItems)
            cur->Move(wreckItemRef->itemID(), flagNone); // populate wreck with items that survived
    }
}

bool ShipSE::LaunchDrone

(

InventoryItemRef

dRef

)

Definition at line 2792 of file Ship.cpp.

References Character::allianceID(), FactionData::allianceID, AttrDroneBandwidth, AttrDroneBandwidthLoad, AttrDroneBandwidthUsed, InventoryItem::ChangeSingleton(), Character::corporationID(), FactionData::corporationID, FactionData::factionID, flagNone, RefPtr< X >::get(), DroneSE::GetAI(), InventoryItem::GetAttribute(), Client::GetChar(), SystemEntity::GetLocationID(), GetPilot(), SystemEntity::GetPosition(), InventoryItem::itemID(), DroneSE::Launch(), m_drones, SystemEntity::m_services, m_shipRef, SystemEntity::m_system, GPoint::MakeRandomPointOnSphere(), InventoryItem::Move(), InventoryItem::name(), DroneSE::Online(), FactionData::ownerID, InventoryItem::SetAttribute(), DroneAIMgr::SetIdle(), InventoryItem::SetPosition(), sLog, and Character::warFactionID().

                                              {
    Character* pChar = GetPilot()->GetChar().get();
    sLog.Magenta("ShipSE::LaunchDrone()","%s: Launching drone %u",  pChar->name(), dRef->itemID());

    dRef->Move(GetLocationID(), flagNone, true);
    dRef->ChangeSingleton(true);

    GPoint position(GetPosition());
    position.MakeRandomPointOnSphere(500.0);
    dRef->SetPosition(position);

    //now we create an SE to represent it.
    FactionData data = FactionData();
        data.allianceID = pChar->allianceID();
        data.corporationID = pChar->corporationID();
        data.factionID = pChar->warFactionID();
        data.ownerID = pChar->itemID();
    DroneSE* pDrone = new DroneSE(dRef, m_services, m_system, data);

    // tell new drone it's being launched.
    pDrone->Launch(this);
    // add drone to launched drone map (whether onlined or not)
    m_drones.emplace(dRef->itemID(), dRef.get());

    /*
    AttrDroneBandwidth = 1271,     <-- ship attribute  (total)
    AttrDroneBandwidthUsed = 1272, <-- drone attribute
    AttrDroneBandwidthLoad = 1273, <-- ship attribute  (current used)
    */
    //  if ship doesnt have bandwidth for drone, it will not online after launch (inert)
    EvilNumber load = m_shipRef->GetAttribute(AttrDroneBandwidthLoad);
    load += dRef->GetAttribute(AttrDroneBandwidthUsed);
    if (load <= m_shipRef->GetAttribute(AttrDroneBandwidth)) {
        pDrone->Online();
        pDrone->GetAI()->SetIdle();
        m_shipRef->SetAttribute(AttrDroneBandwidthLoad, load, false); // client dont care
        return true;
    }
    //{'FullPath': u'UI/Messages', 'messageID': 258031, 'label': u'MaxBandwidthExceededBody'}(u"You don't have enough bandwidth to launch {droneName}. You need {bandwidthNeeded} Mbit/s but {droneName} requires {droneBandwidthUsed} Mbit/s.", None, {u'{droneName}': {'conditionalValues': [], 'variableType': 10, 'propertyName': None, 'args': 0, 'kwargs': {}, 'variableName': 'droneName'}, u'{droneBandwidthUsed}': {'conditionalValues': [], 'variableType': 10, 'propertyName': None, 'args': 0, 'kwargs': {}, 'variableName': 'droneBandwidthUsed'}, u'{bandwidthNeeded}': {'conditionalValues': [], 'variableType': 10, 'propertyName': None, 'args': 0, 'kwargs': {}, 'variableName': 'bandwidthNeeded'}})
    //{'FullPath': u'UI/Messages', 'messageID': 258041, 'label': u'MaxBandwidthExceeded2Body'}(u"You don't have enough bandwidth to launch {droneName}. You need {droneBandwidthUsed} Mbit/s but only have {bandwidthLeft} Mbit/s available.", None, {u'{droneName}': {'conditionalValues': [], 'variableType': 10, 'propertyName': None, 'args': 0, 'kwargs': {}, 'variableName': 'droneName'}, u'{bandwidthLeft}': {'conditionalValues': [], 'variableType': 10, 'propertyName': None, 'args': 0, 'kwargs': {}, 'variableName': 'bandwidthLeft'}, u'{droneBandwidthUsed}': {'conditionalValues': [], 'variableType': 10, 'propertyName': None, 'args': 0, 'kwargs': {}, 'variableName': 'droneBandwidthUsed'}})
    return false;
}

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void ShipSE::MakeDamageState ( DoDestinyDamageState &  into )

virtual

Reimplemented from DynamicSystemEntity.

Definition at line 2681 of file Ship.cpp.

References AttrArmorDamage, AttrArmorHP, AttrDamage, AttrHP, AttrShieldCapacity, AttrShieldCharge, AttrShieldRechargeRate, EvilNumber::get_float(), InventoryItem::GetAttribute(), GetFileTimeNow(), and SystemEntity::m_self.

                                                       {
    into.shield = (m_self->GetAttribute(AttrShieldCharge).get_float() / m_self->GetAttribute(AttrShieldCapacity).get_float());
    into.recharge = m_self->GetAttribute(AttrShieldRechargeRate).get_float() + 7;
    into.timestamp = GetFileTimeNow();
    into.armor = 1.0 - (m_self->GetAttribute(AttrArmorDamage).get_float() / m_self->GetAttribute(AttrArmorHP).get_float());
    into.structure = 1.0 - (m_self->GetAttribute(AttrDamage).get_float() / m_self->GetAttribute(AttrHP).get_float());
}

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PyDict * ShipSE::MakeSlimItem ( )

virtual

Reimplemented from DynamicSystemEntity.

Definition at line 2689 of file Ship.cpp.

References _log, PyList::AddItem(), InventoryItem::categoryID(), flagHiSlot0, flagHiSlot7, Client::GetBounty(), Client::GetCharacterID(), SystemEntity::GetID(), Inventory::GetItemsByFlagRange(), InventoryItem::GetMyInventory(), SystemEntity::GetName(), InventoryItem::GetPilot(), Client::GetSecurityRating(), InventoryItem::groupID(), is_log_enabled, IsAlliance, IsCorp, IsFaction, InventoryItem::itemID(), InventoryItem::itemName(), items, itemTypeCapsule, SystemEntity::m_allyID, SystemEntity::m_corpID, SystemEntity::m_ownerID, m_podShipID, SystemEntity::m_self, SystemEntity::m_warID, InventoryItem::name(), new_tuple(), PyStatic, and InventoryItem::typeID().

                             {
    _log(SE__SLIMITEM, "MakeSlimItem for Ship %s(%u)", m_self->name(), m_self->itemID());
    PyDict *slim = new PyDict();
        slim->SetItemString("itemID",               new PyLong(m_self->itemID()));
        slim->SetItemString("typeID",               new PyInt(m_self->typeID()));
        slim->SetItemString("name",                 new PyString(m_self->itemName()));
        slim->SetItemString("ownerID",              new PyInt(m_ownerID));
        slim->SetItemString("charID",               new PyInt(m_self->GetPilot() ? m_self->GetPilot()->GetCharacterID() : 0));
        slim->SetItemString("corpID",           IsCorp(m_corpID) ? new PyInt(m_corpID) : PyStatic.NewNone());
        slim->SetItemString("allianceID",       IsAlliance(m_allyID) ? new PyInt(m_allyID) : PyStatic.NewNone());
        slim->SetItemString("warFactionID",     IsFaction(m_warID) ? new PyInt(m_warID) : PyStatic.NewNone());
        slim->SetItemString("bounty",               new PyFloat(m_self->GetPilot() ? m_self->GetPilot()->GetBounty() : 0));
        slim->SetItemString("securityStatus",       new PyFloat(m_self->GetPilot() ? m_self->GetPilot()->GetSecurityRating() : 0.0));
    if (m_self->typeID() == itemTypeCapsule) {
        slim->SetItemString("launcherID",           new PyInt(m_podShipID));
        return slim;
    } else {
        slim->SetItemString("categoryID",           new PyInt(m_self->categoryID()));
        slim->SetItemString("groupID",              new PyInt(m_self->groupID()));
    }

    //encode the hiSlot and Subsystem modules list ONLY
    std::vector<InventoryItemRef> items;
    m_self->GetMyInventory()->GetItemsByFlagRange(flagHiSlot0, flagHiSlot7, items);
    //m_self->GetMyInventory()->GetItemsByFlagRange(flagSubSystem0, flagSubSystem7, items);
    if (!items.empty()) {
        PyList *list = new PyList();
        for (auto cur : items)
            list->AddItem(new_tuple(cur->itemID(), cur->typeID()));

        slim->SetItemString("modules", list );
    }

    if (is_log_enabled(DESTINY__DEBUG)) {
        _log( DESTINY__DEBUG, "ShipSE::MakeSlimItem() - %s(%u)", GetName(), GetID());
        slim->Dump(DESTINY__DEBUG, "     ");
    }

    return slim;
}

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virtual void ShipSE::MissileLaunched ( Missile *  pMissile )

inlinevirtual

Reimplemented from SystemEntity.

Definition at line 323 of file Ship.h.

{ /* Do nothing here */ }

void ShipSE::PayInsurance

(

)

Definition at line 2502 of file Ship.cpp.

References corpSCC, ShipDB::DeleteInsuranceByShipID(), ShipDB::GetShipInsurancePayout(), InventoryItem::groupID(), Journal::EntryType::Insurance, InventoryItem::itemID(), InventoryItem::itemName(), m_db, SystemEntity::m_ownerID, SystemEntity::m_self, EVEDB::invGroups::Rookieship, AccountService::TranserFunds(), and InventoryItem::typeID().

Referenced by Killed().

                          {
    if (m_self->groupID() == EVEDB::invGroups::Rookieship)
        return;
    std::string reason = "Insurance payment for loss of the ship ";
    reason += m_self->itemName();
    AccountService::TranserFunds(corpSCC, m_ownerID, m_db.GetShipInsurancePayout(m_self->itemID()), \
            reason, Journal::EntryType::Insurance, m_self->typeID());
    ShipDB::DeleteInsuranceByShipID(m_self->itemID());
}

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void ShipSE::Process ( )

virtual

Todo:

m_self is NOT being populated for non-piloted ships...check later

Reimplemented from SystemEntity.

Definition at line 2440 of file Ship.cpp.

References _log, AttrCapacitorCapacity, AttrCapacitorCharge, AttrRechargeRate, AttrShieldCapacity, AttrShieldCharge, AttrShieldRechargeRate, CalculateRechargeRate(), EVEDB::invCategories::Charge, Timer::Check(), RefPtr< X >::get(), EvilNumber::get_float(), InventoryItem::GetAttribute(), Client::GetName(), InventoryItem::GetPilot(), GetTimeUSeconds(), InventoryItem::HasPilot(), InventoryItem::itemID(), SystemEntity::m_killed, m_processTimer, m_processTimerTick, SystemEntity::m_self, m_shipRef, SystemEntity::Process(), ShipItem::ProcessHeat(), ShipItem::ProcessModules(), sConfig, SystemEntity::SendDamageStateChanged(), InventoryItem::SetAttribute(), Profile::ship, and sProfiler.

                     {
    if (m_killed)
        return;
    /*  Enable base call to Process Targeting and Movement  */
    SystemEntity::Process();

    // check to see if this is an empty ship, and exit if so.
    //  we're not worried about recharge and modules for empty ships (segfaults)
    if ((m_self.get() == nullptr) or (!m_self->HasPilot()))
        return;

    if (m_processTimer.Check()) {
        double profileStartTime = GetTimeUSeconds();
        // shield
        float Charge = m_self->GetAttribute(AttrShieldCharge).get_float();
        float Capacity = m_self->GetAttribute(AttrShieldCapacity).get_float();
        if (Charge < Capacity) {
            float newCharge = Charge + ((m_processTimerTick /1000) * CalculateRechargeRate(Capacity, Charge, m_self->GetAttribute(AttrShieldRechargeRate).get_float()));
            if (newCharge > Capacity) {
                newCharge = Capacity;
            } else if ((Capacity - newCharge) < 0.3) {
                newCharge = Capacity;
            }
            m_self->SetAttribute(AttrShieldCharge, newCharge);
            SendDamageStateChanged();
            _log(SHIP__RECHARGE, "ShipSE::Process(): %s(%u) - New Shield Charge: %f", m_self->GetPilot()->GetName(), m_self->itemID(), newCharge);
        }

        // cap
        Charge = m_self->GetAttribute(AttrCapacitorCharge).get_float();
        Capacity = m_self->GetAttribute(AttrCapacitorCapacity).get_float();
        if (Charge < Capacity) {
            float newCharge = Charge + ((m_processTimerTick /1000) * CalculateRechargeRate(Capacity, Charge, m_self->GetAttribute(AttrRechargeRate).get_float()));
            if (newCharge > Capacity) {
                newCharge = Capacity;
            } else if ((Capacity - newCharge) < 0.3) {
                newCharge = Capacity;
            }
            m_self->SetAttribute(AttrCapacitorCharge, newCharge);
            _log(SHIP__RECHARGE, "ShipSE::Process(): %s(%u) - New Cap Charge: %f", m_self->GetPilot()->GetName(), m_self->itemID(), newCharge);
        }
        // profile timer for the ship recharge shit
        if (sConfig.debug.UseProfiling)
            sProfiler.AddTime(Profile::ship, GetTimeUSeconds() - profileStartTime);

        // proc heat on the 5s cap/shield tic, if enabled
        if (sConfig.testing.ShipHeat)
            m_shipRef->ProcessHeat();
    }

    m_shipRef->ProcessModules();
}

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void ShipSE::RemoveBoost

(

)

Definition at line 2742 of file Ship.cpp.

References _log, AttrArmorHP, AttrInetia, AttrMaxTargetRange, AttrScanResolution, AttrShieldCapacity, ClearBoostData(), SystemEntity::GetID(), SystemEntity::GetName(), SystemEntity::m_destiny, m_oldArmor, m_oldInertia, m_oldScanRes, m_oldShield, m_oldTargetRange, m_shipRef, InventoryItem::SetAttribute(), and DestinyManager::UpdateShipVariables().

Referenced by ApplyBoost().

{
    _log( FLEET__TRACE, "ShipSE::RemoveBoost() - %s(%u)", GetName(), GetID());

    m_shipRef->SetAttribute(AttrArmorHP, m_oldArmor);
    m_shipRef->SetAttribute(AttrInetia, m_oldInertia);
    m_shipRef->SetAttribute(AttrShieldCapacity, m_oldShield);
    m_shipRef->SetAttribute(AttrScanResolution, m_oldScanRes);
    m_shipRef->SetAttribute(AttrMaxTargetRange, m_oldTargetRange);

    m_destiny->UpdateShipVariables();

    ClearBoostData();
}

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void ShipSE::RemoveTarget

(

SystemEntity *

pSE

)

Definition at line 2571 of file Ship.cpp.

References TargetManager::ClearTarget(), ShipItem::GetModuleManager(), m_shipRef, SystemEntity::m_targMgr, and ModuleManager::RemoveTarget().

                                           {
    // target has been unlocked
    m_shipRef->GetModuleManager()->RemoveTarget(pSE);

    m_targMgr->ClearTarget(pSE);
    //m_targMgr->OnTarget(pSE, TargMgr::Mode::Lost, TargMgr::Msg::StoppedTargeting);
}

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void ShipSE::ResetShipSystemMgr

(

SystemManager *

pSystem

)

Definition at line 2512 of file Ship.cpp.

References SystemEntity::m_system.

Referenced by Client::MoveToLocation().

{
    m_system = pSystem;
}

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void ShipSE::SaveShip ( )

inline

Definition at line 352 of file Ship.h.

References m_shipRef, and ShipItem::SaveShip().

{ m_shipRef->SaveShip(); }

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void ShipSE::ScoopDrone

(

SystemEntity *

pSE

)

Definition at line 2835 of file Ship.cpp.

References AttrDroneBandwidthLoad, AttrDroneBandwidthUsed, InventoryItem::GetAttribute(), SystemEntity::GetDroneSE(), SystemEntity::GetID(), SystemEntity::GetSelf(), m_drones, m_shipRef, DroneSE::Offline(), and InventoryItem::SetAttribute().

                                         {
    m_drones.erase(pSE->GetID());
    pSE->GetDroneSE()->Offline();
    EvilNumber load = m_shipRef->GetAttribute(AttrDroneBandwidthLoad);
    load -= pSE->GetSelf()->GetAttribute(AttrDroneBandwidthUsed);
    m_shipRef->SetAttribute(AttrDroneBandwidthLoad, load, false); // client dont care
}

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void ShipSE::SetBoost ( bool  set = false )

inline

Definition at line 342 of file Ship.h.

References m_boosted.

{ m_boosted = set; }

void ShipSE::SetFleetSMBUsage ( bool  set = false )

inline

Definition at line 373 of file Ship.h.

References m_allowFleetSMBUsage.

{ m_allowFleetSMBUsage = set; }

void ShipSE::SetLauncherID ( uint32  shipID )

inline

Definition at line 359 of file Ship.h.

References m_podShipID.

Referenced by Client::Eject(), and Client::ResetAfterPopped().

{ m_podShipID = shipID; }

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void ShipSE::SetPassword ( std::string  pass )

inline

Definition at line 338 of file Ship.h.

References m_towerPass.

{ m_towerPass = pass; }

void ShipSE::SetPilot ( Client *  pClient )

virtual

Reimplemented from SystemEntity.

Definition at line 2517 of file Ship.cpp.

References Client::GetAllianceID(), Client::GetCorporationID(), SystemEntity::m_allyID, SystemEntity::m_corpID, SystemEntity::m_self, and InventoryItem::SetPlayer().

Referenced by Client::MoveToPosition(), Client::ResetAfterPopped(), Client::SetShip(), and Client::UpdateNewShip().

                                     {
    m_self->SetPlayer(pClient);
    if (pClient == nullptr) {
        m_allyID = 0;
        m_corpID = 0;
        return;
    }
    // set shipSE data
    m_allyID = pClient->GetAllianceID();
    m_corpID = pClient->GetCorporationID();
}

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void ShipSE::UpdateDrones

(

std::map< int16, int8 > &

attribs

)

Definition at line 2843 of file Ship.cpp.

References AttrDroneFocusFire, AttrDroneIsAgressive, AttrFightersAttackAndFollow, and m_drones.

                                                      {
    // update drones in space with new attrib settings
    for (auto cur : m_drones) {
        cur.second->SetAttribute(AttrDroneFocusFire, attribs[AttrDroneFocusFire]);
        cur.second->SetAttribute(AttrDroneIsAgressive, attribs[AttrDroneIsAgressive]);
        cur.second->SetAttribute(AttrFightersAttackAndFollow, attribs[AttrFightersAttackAndFollow]);
        //cur.second->SetAttribute(AttrDroneIsChaotic, attribs[AttrDroneIsChaotic]);    // no longer used?
    }
}

void ShipSE::Warp

(

)

Definition at line 2564 of file Ship.cpp.

References TargetManager::ClearModules(), m_shipRef, SystemEntity::m_targMgr, and ShipItem::Warp().

Referenced by DestinyManager::InitWarp().

                  {
    if (m_targMgr != nullptr)
        m_targMgr->ClearModules();

    m_shipRef->Warp();
}

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Member Data Documentation

bool ShipSE::m_allowFleetSMBUsage

private

Definition at line 387 of file Ship.h.

Referenced by GetFleetSMBUsage(), and SetFleetSMBUsage().

BoostData ShipSE::m_boost = BoostData()

private

Definition at line 390 of file Ship.h.

Referenced by ApplyBoost(), ClearBoostData(), GetMiningBoostAmount(), and ShipSE().

bool ShipSE::m_boosted

private

Definition at line 391 of file Ship.h.

Referenced by ApplyBoost(), ClearBoostData(), IsBoosted(), and SetBoost().

ShipDB ShipSE::m_db

private

Definition at line 381 of file Ship.h.

Referenced by PayInsurance().

std::map<uint32, InventoryItem*> ShipSE::m_drones

private

Definition at line 402 of file Ship.h.

Referenced by AbandonDrones(), DroneCount(), LaunchDrone(), ScoopDrone(), and UpdateDrones().

uint16 ShipSE::m_oldArmor

private

Definition at line 392 of file Ship.h.

Referenced by ApplyBoost(), ClearBoostData(), and RemoveBoost().

float ShipSE::m_oldInertia

private

Definition at line 396 of file Ship.h.

Referenced by ApplyBoost(), ClearBoostData(), and RemoveBoost().

uint16 ShipSE::m_oldScanRes

private

Definition at line 394 of file Ship.h.

Referenced by ApplyBoost(), ClearBoostData(), and RemoveBoost().

uint16 ShipSE::m_oldShield

private

Definition at line 393 of file Ship.h.

Referenced by ApplyBoost(), ClearBoostData(), and RemoveBoost().

uint32 ShipSE::m_oldTargetRange

private

Definition at line 395 of file Ship.h.

Referenced by ApplyBoost(), ClearBoostData(), and RemoveBoost().

uint32 ShipSE::m_podShipID

private

Definition at line 385 of file Ship.h.

Referenced by GetLauncherID(), MakeSlimItem(), and SetLauncherID().

Timer ShipSE::m_processTimer

private

Definition at line 383 of file Ship.h.

Referenced by Process(), and ShipSE().

const uint32 ShipSE::m_processTimerTick

protected

Definition at line 378 of file Ship.h.

Referenced by Process(), and ShipSE().

ShipItemRef ShipSE::m_shipRef

protected

Definition at line 376 of file Ship.h.

Referenced by AbandonDrones(), AbortCycle(), ApplyBoost(), DamageModule(), DamageRandModule(), Dock(), GetPilot(), GetShipItemRef(), HasPilot(), IsInvul(), IsLogin(), Jump(), Killed(), LaunchDrone(), Process(), RemoveBoost(), RemoveTarget(), SaveShip(), ScoopDrone(), and Warp().

std::string ShipSE::m_towerPass

private

Definition at line 399 of file Ship.h.

Referenced by SetPassword(), and ShipSE().

---

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

• /backups/local/src/eve/EvEmu_Crucible/src/eve-server/ship/Ship.h
• /backups/local/src/eve/EvEmu_Crucible/src/eve-server/ship/Ship.cpp
• /backups/local/src/eve/EvEmu_Crucible/src/eve-server/system/Damage.cpp