FrozenCarpaccio Class Reference

#include <food.h>

Inheritance diagram for FrozenCarpaccio:

Collaboration diagram for FrozenCarpaccio:

Public Member Functions
	FrozenCarpaccio ()
virtual std::string	getClassName ()
virtual void	execute (Hero *hero, const std::string &action)
virtual String	info ()
virtual int	price ()
Public Member Functions inherited from Food
	Food ()
virtual void	actions (Hero *hero, std::vector< std::string > &actions)
virtual bool	isUpgradable ()
virtual bool	isIdentified ()
Public Member Functions inherited from Item
	CLASSNAME (Item)
	CLASSOBJECT (Item)
	Item ()
virtual bool	doPickUp (Hero *hero)
virtual void	doDrop (Hero *hero)
virtual void	doThrow (Hero *hero)
virtual std::string	toString ()
virtual std::string	Name ()
std::string	trueName ()
int	Image ()
Item *	detach (Bag *container)
Item *	detachAll (Bag *container)
virtual ItemSprite::Glowing *	glowing ()
virtual void	storeInBundle (Bundle *bundle)
virtual void	restoreFromBundle (Bundle *bundle)
virtual bool	isEquipped (Hero *hero)
virtual int	effectiveLevel ()
virtual std::string	desc ()
int	Quantity ()
void	Quantity (int value)
virtual void	execute (Hero *hero, std::string action)
virtual void	cast (Hero *user, int dst)
virtual void	getBroken ()
bool	isBroken ()
virtual void	fix ()
virtual int	maxDurability (int lvl)
int	maxDurability ()
int	visiblyUpgraded ()
virtual Item *	identify ()
virtual Item *	random ()
virtual void	Level (int value)
int	Level ()
virtual boolean	collect (Bag *container)
void	use ()
void	updateQuickslot ()
virtual Item *	upgrade ()
virtual Item *	degrade ()
Item *	degrade (int n)
int	considerState (int price)
void	polish ()
std::string	status ()
Public Member Functions inherited from Object
virtual std::string	getObject ()=0

Static Public Member Functions
static Item *	Create ()
static Food *	cook (MysteryMeat *ingredient)
Static Public Member Functions inherited from Food
static Item *	Create ()
Static Public Member Functions inherited from Item
static void	evoke (Hero *hero)
static Item *	Virtual (const std::string &cl)

Additional Inherited Members
Public Attributes inherited from Food
float	energy
std::string	message
Public Attributes inherited from Item
std::string	defaultAction
std::string	name = "smth"
int	image = 0
bool	stackable = false
bool	levelKnown = false
bool	cursed
bool	cursedKnown
bool	unique = false
int	quantity
Static Public Attributes inherited from Food
static const std::string	AC_EAT = "EAT"
Static Public Attributes inherited from Item
static Hero *	curUser
static Item *	curItem
Protected Member Functions inherited from Item
virtual void	onThrow (int cell)
virtual void	onDetach ()
Static Protected Attributes inherited from Item
static const float	TIME_TO_THROW = 1.0f
static const float	TIME_TO_PICK_UP = 1.0f
static const float	TIME_TO_DROP = 0.5f
static const std::string	AC_DROP = "lang.item_drop"
static const std::string	AC_THROW = "lang.item_throw"
static CellSelector::Listener *	thrower = new CellSelectorListenerNew()

Constructor & Destructor Documentation

FrozenCarpaccio()

FrozenCarpaccio::FrozenCarpaccio

(

)

Here is the caller graph for this function:

Member Function Documentation

cook()

Food * FrozenCarpaccio::cook ( MysteryMeat * ingredient )

static

Here is the call graph for this function:

Here is the caller graph for this function:

Create()

static Item * FrozenCarpaccio::Create ( )

inlinestatic

Here is the call graph for this function:

execute()

void FrozenCarpaccio::execute ( Hero * hero, const std::string & action )

virtual

Reimplemented from Food.

Here is the call graph for this function:

getClassName()

virtual std::string FrozenCarpaccio::getClassName ( )

inlinevirtual

Reimplemented from Food.

info()

virtual String FrozenCarpaccio::info ( )

inlinevirtual

Reimplemented from Food.

Here is the call graph for this function:

price()

virtual int FrozenCarpaccio::price ( )

inlinevirtual

Reimplemented from Food.

---

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

• pd/food.h
• pd/food.cpp