game::action::skill Namespace Reference

Classes
struct	Efficiency
class	Generic
class	LightVision
class	Movement
class	MovementPlace
class	MovementStep
class	Self
class	SelfDamage
class	Simple
class	SimpleFireAt
class	SimpleIdle
class	SimpleMelee
class	Skill
class	SkillManager
struct	SpendInfo

Typedefs
typedef std::tr1::function < bool(const base::GameObject *, const GameTargets &)>	GenericValidator
typedef std::tr1::function < SpendInfo(base::GameObject *, const GameTargets &)>	GenericSpender
typedef GameAction	GenericAction
typedef std::tr1::function < ugdk::math::Integer2D(const base::GameObject *, const ugdk::math::Integer2D &)>	MovementCalculator
typedef std::tr1::function < SpendInfo(base::GameObject *, const ugdk::math::Integer2D &)>	MovementSpender
typedef std::tr1::function < void(base::GameObject *, const ugdk::math::Integer2D &, const Efficiency &)>	MovementAction
typedef std::tr1::function < bool(const base::GameObject *)>	SelfValidator
typedef std::tr1::function < SpendInfo(base::GameObject *)>	SelfSpender
typedef std::tr1::function < void(base::GameObject *, const Efficiency &)>	SelfAction
typedef std::tr1::function < bool(const base::GameObject *, const base::GameThing &)>	SimpleValidator
typedef std::tr1::function < SpendInfo(base::GameObject *, const base::GameThing &)>	SimpleSpender
typedef std::tr1::function < void(base::GameObject *, base::GameThing &, const Efficiency &)>	SimpleAction
typedef std::list < base::GameThing >	GameTargets
typedef std::tr1::function < void(base::GameObject *, const GameTargets &, const Efficiency &)>	GameAction

Functions
Integer2D	calculate_mov_place (const GameObject *caster, const Integer2D &target)
void	act_mov_place (GameObject *caster, const Integer2D &target, const Efficiency &power)
ugdk::math::Integer2D	calculate_mov_place (const base::GameObject *caster, const ugdk::math::Integer2D &target)
void	act_mov_place (base::GameObject *caster, const ugdk::math::Integer2D &target, const Efficiency &power)

Typedef Documentation

typedef std::tr1::function<void (base::GameObject*, const GameTargets&, const Efficiency&)> game::action::skill::GameAction

typedef std::list<base::GameThing> game::action::skill::GameTargets

typedef GameAction game::action::skill::GenericAction

typedef std::tr1::function<SpendInfo (base::GameObject*, const GameTargets&)> game::action::skill::GenericSpender

typedef std::tr1::function<bool (const base::GameObject*, const GameTargets&)> game::action::skill::GenericValidator

typedef std::tr1::function<void (base::GameObject*, const ugdk::math::Integer2D&, const Efficiency&)> game::action::skill::MovementAction

typedef std::tr1::function<ugdk::math::Integer2D (const base::GameObject*, const ugdk::math::Integer2D&)> game::action::skill::MovementCalculator

typedef std::tr1::function<SpendInfo (base::GameObject*, const ugdk::math::Integer2D&)> game::action::skill::MovementSpender

typedef std::tr1::function<void (base::GameObject*, const Efficiency&)> game::action::skill::SelfAction

typedef std::tr1::function<SpendInfo (base::GameObject*)> game::action::skill::SelfSpender

typedef std::tr1::function<bool (const base::GameObject*)> game::action::skill::SelfValidator

typedef std::tr1::function<void (base::GameObject*, base::GameThing&, const Efficiency&)> game::action::skill::SimpleAction

typedef std::tr1::function<SpendInfo (base::GameObject*, const base::GameThing&)> game::action::skill::SimpleSpender

typedef std::tr1::function<bool (const base::GameObject*, const base::GameThing&)> game::action::skill::SimpleValidator

Function Documentation

void game::action::skill::act_mov_place	(	base::GameObject *	caster,
		const ugdk::math::Integer2D &	target,
		const Efficiency &	power
	)

void game::action::skill::act_mov_place	(	GameObject *	caster,
		const Integer2D &	target,
		const Efficiency &	power
	)

Integer2D game::action::skill::calculate_mov_place	(	const GameObject *	caster,
		const Integer2D &	target
	)

ugdk::math::Integer2D game::action::skill::calculate_mov_place	(	const base::GameObject *	caster,
		const ugdk::math::Integer2D &	target
	)