#include <AttributesImpl.hpp>

Inheritance diagram for Horizon::Zone::Traits::FLEE:

Collaboration diagram for Horizon::Zone::Traits::FLEE:

Public Member Functions
	FLEE (std::weak_ptr< Unit > unit)

	~FLEE ()

void	on_observable_changed (Agility *)

void	on_observable_changed (BaseLevel *)

void	on_observable_changed (Luck *)

int32_t	compute ()
	Computes FLEE status based on agility, luck and Base Level. FLEE = 100 + BaseLv + AGI + Floor(LUK ÷ 5) More...

void	set_agility (Agility *agi)

void	set_base_level (BaseLevel *blvl)

void	set_luck (Luck *luk)

Public Member Functions inherited from Horizon::Zone::Traits::Attribute
	Attribute ()=default

	Attribute (std::weak_ptr< Unit > unit, status_point_type st_type, int32_t base=0, int32_t equip=0, int32_t status=0)

	Attribute (const Attribute &other)

	Attribute (Attribute &&other) noexcept

std::shared_ptr< Unit >	unit ()

void	unit (std::shared_ptr< Unit > e)

virtual void	set_base (int32_t val, bool notify=true)

virtual void	add_base (int32_t val, bool notify=true)

virtual void	sub_base (int32_t val, bool notify=true)

virtual int32_t	get_base () const

virtual void	set_equip (int32_t val, bool notify=true)

virtual void	add_equip (int32_t val, bool notify=true)

virtual void	sub_equip (int32_t val, bool notify=true)

virtual int32_t	get_equip () const

virtual void	set_status (int32_t val, bool notify=true)

virtual void	add_status (int32_t val, bool notify=true)

virtual void	sub_status (int32_t val, bool notify=true)

virtual int32_t	get_status () const

virtual int32_t	total () const

virtual int32_t	compute ()

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
TT	operator+ (TT right)

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
TT	operator/ (TT right)

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
TT	operator* (TT right)

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
TT	operator- (TT right)

int	operator+ (Attribute const &right) const

double	operator/ (Attribute const &right)

double	operator* (Attribute const &right)

int	operator- (Attribute const &right)

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
bool	operator== (TT right)

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
bool	operator!= (TT right)

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
bool	operator> (TT right)

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
bool	operator>= (TT right)

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
bool	operator< (TT right)

template<typename TT , typename std::enable_if< std::is_integral< TT >::value >::type * = nullptr>
bool	operator<= (TT right)

bool	operator== (Attribute const &right)

bool	operator!= (Attribute const &right)

bool	operator> (Attribute const &right)

bool	operator>= (Attribute const &right)

bool	operator< (Attribute const &right)

bool	operator<= (Attribute const &right)

Attribute	operator= (Attribute &right)

Attribute	operator= (Attribute &&right)

void	add_permanent_change (s_attribute_change_values change, std::string source)

void	remove_permanent_change (std::string source)

void	add_temporary_change (s_attribute_change_values change, uint64_t duration, std::string source)

void	remove_temporary_change (std::string source)

void	add_periodic_change (s_attribute_change_values change, uint64_t duration, uint64_t interval, std::string source)

void	remove_periodic_change (std::string source)

void	update (uint64_t delta)

void	apply (bool notify=true)

void	reset ()

void	notify ()

status_point_type	get_type () const

bool	needs_recalculation () const

void	recalculate (bool flag)

bool	is_compute_ready () const

Private Attributes
Agility *	_agi {nullptr}

BaseLevel *	_blvl {nullptr}

Luck *	_luk {nullptr}

Additional Inherited Members
Protected Attributes inherited from Horizon::Zone::Traits::Attribute
status_point_type	_status_point_type {status_point_type::STATUS_POINT_INVALID}

int32_t	_base_val {0}

int32_t	_equip_val {0}

int32_t	_status_val {0}

bool	_apply_periodic_changes {false}

bool	_recalculate_flag {false}

bool	_calculate_ready {false}

Constructor & Destructor Documentation

◆ FLEE()

Horizon::Zone::Traits::FLEE::FLEE ( std::weak_ptr< Unit > unit )

inline

1392 : Attribute(unit, STATUS_FLEE)

1393 { }

STATUS_FLEE

@ STATUS_FLEE

Definition: UnitDefinitions.hpp:139

Horizon::Zone::Traits::Attribute::Attribute

Attribute()=default

Horizon::Zone::Traits::Attribute::unit

std::shared_ptr< Unit > unit()

Definition: Attribute.hpp:259

◆ ~FLEE()

Horizon::Zone::Traits::FLEE::~FLEE ( )

inline

1394{ }

Member Function Documentation

◆ compute()

int32_t FLEE::compute ( )

virtual

Computes FLEE status based on agility, luck and Base Level. FLEE = 100 + BaseLv + AGI + Floor(LUK ÷ 5)

Reimplemented from Horizon::Zone::Traits::Attribute.

{
    int32_t blvl = 1, agi = 1, luk = 1;
 
    if (_agi != nullptr)
        agi = _agi->total();
 
    if (_blvl != nullptr)
        blvl = _blvl->get_base();
 
    if (_luk != nullptr)
        luk = _luk->total();
 
    set_base(100 + blvl + agi + (luk / 5));
    
    return total();
}