Ga::GaVec3 Class Reference

#include "GaTypes.h"

Inheritance diagram for Ga::GaVec3:

Public Member Functions
	GaVec3 (const Parameter &oth)
GaExpInl	GaVec3 ()
GaExpInl	GaVec3 (GaFloat v)
GaExpInl	GaVec3 (const GaFloat *v)
GaExpInl	GaVec3 (GaFloat X, GaFloat Y, GaFloat Z)
GaExpInl	GaVec3 (const GaVec3 &oth)
GaExpInl GaVec3	operator- (const GaVec3 &oth) const
GaExpInl GaVec3	operator* (GaFloat s) const
GaExpInl GaVec3	operator/ (GaFloat s) const
GaExpInl GaVec3	operator* (const GaVec3 &oth) const
GaExpInl GaVec3 &	operator= (const GaVec3 &oth)
GaExpInl bool	operator!= (const GaVec3 &oth) const
GaExpInl bool	operator== (const GaVec3 &oth) const
GaExpInl GaVec3	operator+ (const GaVec3 &oth) const
GaExpInl GaVec3 &	operator+= (const GaVec3 &oth)
GaExpInl GaVec3 &	operator-= (const GaVec3 &oth)
GaExpInl GaVec3 &	operator*= (GaFloat f)
GaExpInl GaVec3 &	operator/= (GaFloat f)
GaExpInl GaVec3 &	operator*= (const GaVec3 &oth)
GaExpInl GaVec3	crossProduct (const GaVec3 &oth) const
GaExpInl GaFloat	dotProduct (const GaVec3 &oth) const
GaExpInl GaFloat	lengthSquared () const
GaExpInl GaFloat	length () const
GaExpInl GaFloat	distance (const GaVec3 &oth) const
GaExpInl GaFloat	normalize ()
GaFloat	angle (float ax, float ay, float bx, float by)
GaExpInl GaFloat	angle (const Ga::GaVec3 oth) const
GaVec3	slerp (Ga::GaVec3 v0, Ga::GaVec3 v1, double t)
GaExpInl bool	isZero () const
GaExpInl bool	isNotZero () const
GaExpInl bool	isNaN () const
GaExpInl bool	isInf () const
GaVec3	rotationTo (const Ga::GaVec3 &pos) const
GaVec3 &	operator= (const Parameter &oth)

Public Attributes
GaFloat	x
GaFloat	y
GaFloat	z

Detailed Description

Definition at line 40 of file GaTypes.h.

Constructor & Destructor Documentation

Ga::GaVec3::GaVec3

(

const Parameter &

oth

)

GaExpInl Ga::GaVec3::GaVec3 ( )

inline

Definition at line 45 of file GaTypes.h.

Referenced by rotationTo().

:x(0.0f),y(0.0f),z(0.0f){}

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GaExpInl Ga::GaVec3::GaVec3 ( GaFloat  v )

inline

Definition at line 46 of file GaTypes.h.

:x(v),y(v),z(v){}

GaExpInl Ga::GaVec3::GaVec3 ( const GaFloat *  v )

inline

Definition at line 47 of file GaTypes.h.

:x(v[0]),y(v[1]),z(v[2]){}

GaExpInl Ga::GaVec3::GaVec3 ( GaFloat  X, GaFloat  Y, GaFloat  Z  )

inline

Definition at line 48 of file GaTypes.h.

:x(X),y(Y),z(Z){}

GaExpInl Ga::GaVec3::GaVec3 ( const GaVec3 &  oth )

inline

Definition at line 49 of file GaTypes.h.

:x(oth.x),y(oth.y),z(oth.z){}

Member Function Documentation

GaFloat GaVec3::angle	(	float	ax,
		float	ay,
		float	bx,
		float	by
	)

Definition at line 55 of file GaTypes.cpp.

References Ga::Math::GaPi.

{
    GaFloat dx = bx - ax;
    GaFloat dy = by - ay;
    GaFloat result = ((atan2(dx , dy)) * 180 /Math::GaPi);
    result -= 90;
    if (result < 0)
        result += 360;

    return result;
}

GaExpInl GaFloat Ga::GaVec3::angle ( const Ga::GaVec3  oth ) const

inline

Definition at line 180 of file GaTypes.h.

References length().

        {
            return acos(this->dotProduct(oth)/(this->length()*oth.length()));
        }

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GaExpInl GaVec3 Ga::GaVec3::crossProduct ( const GaVec3 &  oth ) const

inline

Definition at line 140 of file GaTypes.h.

References x, y(), y, and z.

Referenced by Ga::GaQuat::operator*().

        {
            return GaVec3
            (
             (y * oth.z) - (oth.y * z),
             (z * oth.x) - (oth.z * x),
             (x * oth.y) - (oth.x * y)
            );
        }

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GaExpInl GaFloat Ga::GaVec3::distance ( const GaVec3 &  oth ) const

inline

Definition at line 158 of file GaTypes.h.

References Ga::Math::squareRoot(), x, y(), y, and z.

Referenced by SystemBubble::Add(), DestinyManager::AttemptDockOperation(), Client::Board(), CynoModule::CanActivate(), ActiveModule::CanActivate(), DestinyManager::CheckBump(), SentryAI::CheckDistance(), DroneAIMgr::CheckDistance(), NPCAIMgr::CheckDistance(), Command_unspawn(), ActiveModule::DeactivateCycle(), SystemEntity::DistanceTo2(), SystemManager::DScan(), Client::Eject(), SystemManager::GetClosestGateSE(), SystemManager::GetClosestMoonSE(), SystemManager::GetClosestPlanetID(), SystemManager::GetClosestPlanetSE(), TurretFormulas::GetDroneToHit(), TurretFormulas::GetNPCToHit(), TurretFormulas::GetSentryToHit(), TurretFormulas::GetToHit(), SystemBubble::InBubble(), SystemBubble::IsOverlap(), ActiveModule::LaunchMissile(), NPCAIMgr::LaunchMissile(), DestinyManager::MakeMissile(), DestinyManager::Orbit(), DroneAIMgr::Process(), NPCAIMgr::Process(), ProbeSE::RecoverProbe(), StructureSE::SetAnchor(), TargetManager::StartTargeting(), TargetManager::TimeToLock(), ProbeSE::UpdateProbe(), and DestinyManager::WarpUpdate().

        {
            return Math::squareRoot( pow((oth.x - x), 2) + pow((oth.y - y), 2) + pow((oth.z - z), 2) );
        }

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GaExpInl GaFloat Ga::GaVec3::dotProduct ( const GaVec3 &  oth ) const

inline

Definition at line 150 of file GaTypes.h.

References x, y(), y, and z.

Referenced by DestinyManager::IsAligned(), DestinyManager::IsTurn(), DestinyManager::ProcessState(), and slerp().

        {
            return (x * oth.x + y * oth.y + z * oth.z);
        }

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GaExpInl bool Ga::GaVec3::isInf ( ) const

inline

Definition at line 197 of file GaTypes.h.

References y().

Referenced by DestinyManager::BeginMovement(), and ItemDB::NewItem().

                                    {
            return (isinf(x) or isinf(y) or isinf(z));
        }

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GaExpInl bool Ga::GaVec3::isNaN ( ) const

inline

Definition at line 194 of file GaTypes.h.

References y().

Referenced by DestinyManager::BeginMovement(), DestinyManager::ComputePosition(), Sentry::Killed(), NPC::Killed(), DroneSE::Killed(), StructureSE::Killed(), ShipSE::Killed(), ItemDB::NewItem(), and ItemDB::SaveItem().

                                    {
            return (isnan(x) or isnan(y) or isnan(z));
        }

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GaExpInl bool Ga::GaVec3::isNotZero ( ) const

inline

Definition at line 191 of file GaTypes.h.

References y().

Referenced by DestinyManager::BeginMovement().

                                        {
            return ((x != 0.0f) or (y != 0.0f) or (z != 0.0f));
        }

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GaExpInl bool Ga::GaVec3::isZero ( ) const

inline

Definition at line 188 of file GaTypes.h.

References y().

Referenced by BubbleManager::Add(), DestinyManager::BeginMovement(), DestinyManager::IsAligned(), DestinyManager::IsTurn(), SystemManager::LoadPlayerDynamics(), SystemManager::LoadSystemDynamics(), Client::SetDestiny(), and DestinyManager::SetPosition().

                                     {
            return ((x == 0.0f) and (y == 0.0f) and (z == 0.0f));
        }

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GaExpInl GaFloat Ga::GaVec3::length ( ) const

inline

Definition at line 156 of file GaTypes.h.

References Ga::Math::squareRoot().

Referenced by angle(), DestinyManager::BeginMovement(), ConcordAI::CheckDistance(), Command_location(), DestinyManager::Follow(), TurretFormulas::GetDroneToHit(), TurretFormulas::GetNPCToHit(), TurretFormulas::GetSentryToHit(), TurretFormulas::GetToHit(), Missile::HitTarget(), TargetManager::StartTargeting(), DestinyManager::TractorBeamStart(), and DestinyManager::WarpTo().

{return Math::squareRoot(lengthSquared());}

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GaExpInl GaFloat Ga::GaVec3::lengthSquared ( ) const

inline

Definition at line 155 of file GaTypes.h.

References y().

{return (x * x) + (y * y) + (z * z);}

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GaExpInl GaFloat Ga::GaVec3::normalize ( )

inline

Definition at line 163 of file GaTypes.h.

References Ga::Math::GaEpsilon, and y().

Referenced by DestinyManager::BeginMovement(), Scan::CalcProbeAngles(), Scan::ConeScan(), DestinyManager::Follow(), StructureSE::Init(), DestinyManager::InitWarp(), DestinyManager::IsAligned(), DestinyManager::IsTurn(), BubbleManager::MakeBubble(), DestinyManager::MakeMissile(), BubbleManager::NewBubbleCenter(), DestinyManager::Orbit(), DestinyManager::ProcessState(), rotationTo(), slerp(), DestinyManager::TractorBeamStart(), and DestinyManager::WarpTo().

        {
            GaFloat len = length();
            if(len > Math::GaEpsilon)
            {
                GaFloat inv = 1.0 / len;

                x *= inv;
                y *= inv;
                z *= inv;
            }
            return(len);    //just in case they want it
        }

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GaExpInl bool Ga::GaVec3::operator!= ( const GaVec3 &  oth ) const

inline

Definition at line 80 of file GaTypes.h.

References x, y(), y, and z.

        {
            return (x != oth.x) || (y != oth.y) || (z != oth.z);
        }

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GaExpInl GaVec3 Ga::GaVec3::operator* ( GaFloat  s ) const

inline

Definition at line 56 of file GaTypes.h.

References y().

        {
            return GaVec3(x * s,y * s,z * s);
        }

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GaExpInl GaVec3 Ga::GaVec3::operator* ( const GaVec3 &  oth ) const

inline

Definition at line 66 of file GaTypes.h.

References x, y(), y, and z.

        {
                    return GaVec3(x * oth.x,y * oth.y,z * oth.z);
        }

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GaExpInl GaVec3& Ga::GaVec3::operator*= ( GaFloat  f )

inline

Definition at line 113 of file GaTypes.h.

References y().

        {
            x *= f;
            y *= f;
            z *= f;

            return *this;
        }

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GaExpInl GaVec3& Ga::GaVec3::operator*= ( const GaVec3 &  oth )

inline

Definition at line 131 of file GaTypes.h.

References x, y(), y, and z.

        {
            x *= oth.x;
            y *= oth.y;
            z *= oth.z;

            return *this;
        }

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GaExpInl GaVec3 Ga::GaVec3::operator+ ( const GaVec3 &  oth ) const

inline

Definition at line 90 of file GaTypes.h.

References x, y(), y, and z.

        {
            return GaVec3(x + oth.x,y + oth.y,z + oth.z);
        }

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GaExpInl GaVec3& Ga::GaVec3::operator+= ( const GaVec3 &  oth )

inline

Definition at line 95 of file GaTypes.h.

References x, y(), y, and z.

        {
            x += oth.x;
            y += oth.y;
            z += oth.z;

            return *this;
        }

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GaExpInl GaVec3 Ga::GaVec3::operator- ( const GaVec3 &  oth ) const

inline

Definition at line 51 of file GaTypes.h.

References x, y(), y, and z.

        {
            return GaVec3(x - oth.x,y - oth.y,z - oth.z);
        }

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GaExpInl GaVec3& Ga::GaVec3::operator-= ( const GaVec3 &  oth )

inline

Definition at line 104 of file GaTypes.h.

References x, y(), y, and z.

        {
            x -= oth.x;
            y -= oth.y;
            z -= oth.z;

            return *this;
        }

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GaExpInl GaVec3 Ga::GaVec3::operator/ ( GaFloat  s ) const

inline

Definition at line 61 of file GaTypes.h.

References y().

        {
            return GaVec3(x / s,y / s,z / s);
        }

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GaExpInl GaVec3& Ga::GaVec3::operator/= ( GaFloat  f )

inline

Definition at line 122 of file GaTypes.h.

References y().

        {
            x /= f;
            y /= f;
            z /= f;

            return *this;
        }

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GaExpInl GaVec3& Ga::GaVec3::operator= ( const GaVec3 &  oth )

inline

Definition at line 71 of file GaTypes.h.

References x, y(), y, and z.

        {
            x = oth.x;
            y = oth.y;
            z = oth.z;

            return *this;
        }

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GaVec3& Ga::GaVec3::operator=

(

const Parameter &

oth

)

GaExpInl bool Ga::GaVec3::operator== ( const GaVec3 &  oth ) const

inline

Definition at line 85 of file GaTypes.h.

References x, y(), y, and z.

        {
            return (x == oth.x) && (y == oth.y) && (z == oth.z);
        }

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GaVec3 GaVec3::rotationTo

(

const Ga::GaVec3 &

pos

)

const

Definition at line 67 of file GaTypes.cpp.

References Ga::Math::arcTangent(), Ga::Math::GaDegreesInRadian, GaVec3(), normalize(), Ga::GaQuat::v, x, y, and z.

{
    // yaw, pitch, roll = dunRotation

    GaQuat q(GaQuat::ZERO);
    GaVec3 axis(*this);
    axis.normalize();
    /*
    GaVec3 toVec((pos.x - x), (pos.y - y), (pos.z - z)); // (to, from)
    toVec.normalize();
    GaFloat dot = toVec.dotProduct(axis);
    GaFloat radians = Math::arcCosine(dot);
    if (isnan(radians))
        return q;

    q.w = Math::cosine(radians * 0.5);
    if ((q.w > 1) or (q.w < 0))
        return GaQuat::ZERO;
*/
    q.v.x = Math::arcTangent(pos.z - z, pos.x - x);  // rad from dir to target on z axis
    q.v.y = axis.x;
    q.v.z = 0;

    /*
    GaFloat sin_a = Math::sine(radians * 0.5);
    q.v.x = axis.x * sin_a;
    q.v.y = axis.y * sin_a;
    q.v.z = axis.z * sin_a;
    */
    //q.v.x *= Math::GaDegreesInRadian; //57.2957795131;   //  180/pi (rad->deg)
    //q.v.y *= Math::GaDegreesInRadian; //57.2957795131;   //  180/pi (rad->deg)
    q.v.z *= Math::GaDegreesInRadian; //57.2957795131;   //  180/pi (rad->deg)

    /*
    if (q.v.x < 0)
        q.v.x += 360;
    if (q.v.y < 0)
        q.v.y += 360;
    if (q.v.z < 0)
        q.v.z += 360;
    */

    return GaVec3(q.v.x, q.v.y, q.v.z);
}

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GaVec3 GaVec3::slerp	(	Ga::GaVec3	v0,
		Ga::GaVec3	v1,
		double	t
	)

Definition at line 150 of file GaTypes.cpp.

References dotProduct(), and normalize().

{
    // Only unit quaternions are valid rotations.
    // Normalize to avoid undefined behavior.
    v0.normalize();
    v1.normalize();

    // Compute the cosine of the angle between the two vectors.
    double dot = v0.dotProduct(v1);

    // If the dot product is negative, slerp won't take
    // the shorter path. Note that v1 and -v1 are equivalent when
    // the negation is applied to all four components. Fix by
    // reversing one quaternion.
    if (dot < 0.0f) {
        v1 = (v1 * -1);
        dot = -dot;
    }

    if (dot > 0.9995) {
        // If the inputs are too close for comfort, linearly interpolate
        // and normalize the result.

        GaVec3 result = v0 + t*(v1 - v0);
        result.normalize();
        return result;
    }

    // Since dot is in range [0, 0.9995], acos is safe
    double theta_0 = acos(dot);        // theta_0 = angle between input vectors
    double theta = theta_0*t;          // theta = angle between v0 and result
    double sin_theta = sin(theta);     // compute this value only once
    double sin_theta_0 = sin(theta_0); // compute this value only once

    double s0 = cos(theta) - dot * sin_theta / sin_theta_0;  // == sin(theta_0 - theta) / sin(theta_0)
    double s1 = sin_theta / sin_theta_0;

    return (s0 * v0) + (s1 * v1);
}

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Member Data Documentation

GaFloat Ga::GaVec3::x

Definition at line 207 of file GaTypes.h.

Referenced by DestinyManager::Bounce(), BubbleManager::CheckBubble(), Command_location(), Command_spawn(), DestinyManager::ComputePosition(), DungeonMgr::Create(), PlanetSE::CreateCustomsOffice(), ManagerDB::CreateRoidItemID(), crossProduct(), distance(), DestinyManager::DockingAccepted(), dotProduct(), Concord::EncodeDestiny(), Missile::EncodeDestiny(), NPC::EncodeDestiny(), DroneSE::EncodeDestiny(), ShipSE::EncodeDestiny(), DynamicSystemEntity::EncodeDestiny(), BubbleManager::FindBubble(), Ga::GaMat3x3::GaMat3x3(), Ga::GaMat4x4::GaMat4x4(), Ga::GaQuat::GaQuat(), ItemDB::GetItem(), Scan::GetProbeDataForSig(), BookmarkDB::GetVoucherData(), DestinyManager::GotoDirection(), DestinyManager::GotoPoint(), DestinyManager::Halt(), SystemBubble::InBubble(), CustomsSE::InitData(), DestinyManager::InitWarp(), Ga::GaQuat::inverse(), SystemBubble::IsOverlap(), DestinyManager::IsTurn(), Sentry::Killed(), CustomsSE::Killed(), NPC::Killed(), DroneSE::Killed(), StructureSE::Killed(), ShipSE::Killed(), GPoint::MakeRandomPointOnSphere(), GPoint::MakeRandomPointOnSphereLayer(), CustomsSE::MakeSlimItem(), StructureSE::MakeSlimItem(), SystemBubble::MarkCenter(), DestinyManager::MoveObject(), ItemDB::NewItem(), operator!=(), operator*(), Ga::GaQuat::operator*(), Ga::GaMat4x4::operator*(), operator*=(), operator+(), operator+=(), operator-(), operator-=(), operator=(), operator==(), DestinyManager::Orbit(), Scan::ProbeScanResult(), Scan::RequestScans(), rotationTo(), ManagerDB::SaveAnomaly(), PosMgrDB::SaveCustomsData(), ItemDB::SaveItem(), PlanetDB::SaveLaunch(), BookmarkDB::SaveNewBookmark(), ProbeSE::SendNewProbe(), ProbeSE::SendWarpStart(), CustomsSE::SetAnchor(), StructureSE::SetAnchor(), InventoryItem::SetPosition(), DestinyManager::SetPosition(), DestinyManager::SetUndockSpeed(), SystemBubble::SystemBubble(), DestinyManager::Turn(), DestinyManager::WarpStop(), DestinyManager::WarpTo(), DestinyManager::WarpUpdate(), SystemBubble::x(), and SystemEntity::x().

GaFloat Ga::GaVec3::y

Definition at line 207 of file GaTypes.h.

Referenced by DestinyManager::Bounce(), BubbleManager::CheckBubble(), Command_location(), Command_spawn(), DestinyManager::ComputePosition(), DungeonMgr::Create(), PlanetSE::CreateCustomsOffice(), ManagerDB::CreateRoidItemID(), crossProduct(), distance(), DestinyManager::DockingAccepted(), dotProduct(), Concord::EncodeDestiny(), Missile::EncodeDestiny(), NPC::EncodeDestiny(), DroneSE::EncodeDestiny(), ShipSE::EncodeDestiny(), DynamicSystemEntity::EncodeDestiny(), BubbleManager::FindBubble(), DestinyManager::Follow(), Ga::GaMat3x3::GaMat3x3(), Ga::GaMat4x4::GaMat4x4(), Ga::GaQuat::GaQuat(), ItemDB::GetItem(), Scan::GetProbeDataForSig(), BookmarkDB::GetVoucherData(), DestinyManager::GotoDirection(), DestinyManager::GotoPoint(), DestinyManager::Halt(), SystemBubble::InBubble(), CustomsSE::InitData(), DestinyManager::InitWarp(), Ga::GaQuat::inverse(), SystemBubble::IsOverlap(), DestinyManager::IsTurn(), Sentry::Killed(), CustomsSE::Killed(), NPC::Killed(), DroneSE::Killed(), StructureSE::Killed(), ShipSE::Killed(), GPoint::MakeRandomPointOnSphere(), GPoint::MakeRandomPointOnSphereLayer(), CustomsSE::MakeSlimItem(), StructureSE::MakeSlimItem(), SystemBubble::MarkCenter(), DestinyManager::MoveObject(), ItemDB::NewItem(), operator!=(), operator*(), Ga::GaQuat::operator*(), Ga::GaMat4x4::operator*(), operator*=(), operator+(), operator+=(), operator-(), operator-=(), operator=(), operator==(), DestinyManager::Orbit(), Scan::ProbeScanResult(), Scan::RequestScans(), rotationTo(), ManagerDB::SaveAnomaly(), PosMgrDB::SaveCustomsData(), ItemDB::SaveItem(), PlanetDB::SaveLaunch(), BookmarkDB::SaveNewBookmark(), ProbeSE::SendNewProbe(), ProbeSE::SendWarpStart(), CustomsSE::SetAnchor(), StructureSE::SetAnchor(), InventoryItem::SetPosition(), DestinyManager::SetPosition(), DestinyManager::SetUndockSpeed(), SystemBubble::SystemBubble(), DestinyManager::Turn(), DestinyManager::WarpStop(), DestinyManager::WarpTo(), DestinyManager::WarpUpdate(), SystemBubble::y(), and SystemEntity::y().

GaFloat Ga::GaVec3::z

Definition at line 207 of file GaTypes.h.

Referenced by DestinyManager::Bounce(), BubbleManager::CheckBubble(), Command_location(), Command_spawn(), DestinyManager::ComputePosition(), DungeonMgr::Create(), PlanetSE::CreateCustomsOffice(), ManagerDB::CreateRoidItemID(), crossProduct(), distance(), DestinyManager::DockingAccepted(), dotProduct(), Concord::EncodeDestiny(), Missile::EncodeDestiny(), NPC::EncodeDestiny(), DroneSE::EncodeDestiny(), ShipSE::EncodeDestiny(), DynamicSystemEntity::EncodeDestiny(), BubbleManager::FindBubble(), Ga::GaMat3x3::GaMat3x3(), Ga::GaMat4x4::GaMat4x4(), Ga::GaQuat::GaQuat(), ItemDB::GetItem(), Scan::GetProbeDataForSig(), BookmarkDB::GetVoucherData(), DestinyManager::GotoDirection(), DestinyManager::GotoPoint(), DestinyManager::Halt(), SystemBubble::InBubble(), CustomsSE::InitData(), DestinyManager::InitWarp(), Ga::GaQuat::inverse(), SystemBubble::IsOverlap(), DestinyManager::IsTurn(), Sentry::Killed(), CustomsSE::Killed(), NPC::Killed(), DroneSE::Killed(), StructureSE::Killed(), ShipSE::Killed(), GPoint::MakeRandomPointOnSphere(), GPoint::MakeRandomPointOnSphereLayer(), CustomsSE::MakeSlimItem(), StructureSE::MakeSlimItem(), SystemBubble::MarkCenter(), DestinyManager::MoveObject(), ItemDB::NewItem(), operator!=(), operator*(), Ga::GaQuat::operator*(), Ga::GaMat4x4::operator*(), operator*=(), operator+(), operator+=(), operator-(), operator-=(), operator=(), operator==(), DestinyManager::Orbit(), Scan::ProbeScanResult(), Scan::RequestScans(), rotationTo(), ManagerDB::SaveAnomaly(), PosMgrDB::SaveCustomsData(), ItemDB::SaveItem(), PlanetDB::SaveLaunch(), BookmarkDB::SaveNewBookmark(), ProbeSE::SendNewProbe(), ProbeSE::SendWarpStart(), CustomsSE::SetAnchor(), StructureSE::SetAnchor(), InventoryItem::SetPosition(), DestinyManager::SetPosition(), DestinyManager::SetUndockSpeed(), SystemBubble::SystemBubble(), DestinyManager::Turn(), DestinyManager::WarpStop(), DestinyManager::WarpTo(), DestinyManager::WarpUpdate(), SystemBubble::z(), and SystemEntity::z().

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

• /backups/local/src/eve/EvEmu_Crucible/dep/gangsta/GaTypes.h
• /backups/local/src/eve/EvEmu_Crucible/dep/gangsta/GaTypes.cpp